Highway engineering project safety intelligent management and control platform

Abstract

The invention discloses a highway engineering project safety intelligent management and control platform which comprises a safety field management and control unit and a safety interior management and control unit. The safety field management and control unit is used for collecting and managing basic information of road facilities, evaluating and monitoring operation risks, formulating control measures, implementing standardized inspection to find and correct potential safety hazards, recording and tracking a potential safety hazard treatment process, formulating a drill emergency plan and managing emergency resources; the safety interior work management and control unit is used for promoting safety information exchange and cooperation, training and improving employee safety literacy, constructing a comprehensive assessment system, managing safety document data in a centralized manner, determining safety goals and responsibilities of all levels, managing and checking safety work tickets, preventing work accidents, establishing employee health records, supporting occupational health management, and improving employee health management. And uploading and auditing the security report in real time. Risk assessment and emergency drilling can be carried out regularly, the coping ability of a construction team to an emergency situation is effectively improved, and it is ensured that a project is safely and smoothly carried out.

Description

Technical Field

[0001] The present invention relates to the field of highway engineering project management, and in particular to a highway engineering project safety intelligent management and control platform. Background Art

[0002] In recent years, accidents have frequently occurred at maintenance engineering construction sites, which not only threaten the lives of construction workers, but may also lead to project delays and investment losses. Therefore, it is necessary to strengthen safety control at construction sites.

[0003] With the continuous growth of heavy-load traffic and private vehicle ownership, the safety risks at highway construction sites have increased significantly, especially the speed control of heavy-load vehicles. This not only increases the traffic pressure at the construction site, but also poses a severe challenge to the safety of construction workers. At the same time, the environmental risks at the project site are becoming increasingly prominent. The environmental factors that the construction site may face include climate change, geological conditions, and the impact on the lives of surrounding residents, which will pose a potential threat to the safety and sustainability of the project. Natural disasters such as mudslides and landslides, as well as noise and pollution caused by construction, may pose challenges to the safety management of the construction site.

[0004] Therefore, in order to implement a more comprehensive and systematic risk management strategy for these increasingly complex safety hazards, there is an urgent need for a highway engineering project safety intelligent management and control platform that can conduct regular risk assessments and emergency drills, effectively improve the construction team's ability to respond to emergencies, and ensure the safe and smooth progress of the project. Summary of the invention

[0005] In view of this, the purpose of the present invention is to overcome the defects in the prior art and provide a safe and intelligent management and control platform for highway engineering projects, which can conduct regular risk assessments and emergency drills, effectively improve the construction team's ability to respond to emergencies, and ensure the safe and smooth progress of the project.

[0006] The highway engineering project safety intelligent management and control platform of the present invention includes a safety field management and control unit and a safety field management and control unit;

[0007] The safety field control unit is used to collect and manage basic information on road facilities, evaluate and monitor operational risks and develop control measures, implement standardized inspections to discover and correct safety hazards, record and track the hazard management process, develop and exercise emergency plans and manage emergency resources, and fully realize safety control and emergency response of road operations;

[0008] The safety internal management and control unit is used to promote safety information exchange and collaboration, train and improve employee safety literacy, build a comprehensive assessment system, centrally manage safety documents and materials, clarify safety goals and responsibilities at all levels, promote safety management for all employees, manage and review safety work tickets, prevent work accidents, establish employee health files, support occupational health management, upload and review safety reports in real time, and optimize safety management.

[0009] Furthermore, the safety field management and control unit includes a road section basic data information module, a risk management module, a safety inspection module, a hidden danger management module and an emergency management module;

[0010] The road section basic data information module is used to collect, organize and manage basic information of roads and related facilities, and the basic information includes road section name, pile number, location, road condition, and facility configuration;

[0011] The risk management module is used to evaluate and monitor various risks that may occur during the operation process, and formulate corresponding control measures through quantitative and qualitative analysis of risk levels;

[0012] The safety inspection module is used to implement regular and irregular safety inspections and audits, and timely discover and correct safety hazards through standardized checklists and evaluation indicators;

[0013] The hidden danger management module is used to record and track the process of troubleshooting, management and acceptance of safety hidden dangers;

[0014] The emergency management module is used to formulate, implement and rehearse emergency plans, and store and manage information on emergency material warehouses, emergency teams and emergency experts.

[0015] Furthermore, the safety internal management and control unit includes a safety meeting module, a safety education module, a safety assessment module, a safety data module, a safety target responsibility module, a safety work ticket module, an occupational health prevention and treatment module, and an online report module;

[0016] The safety meeting module is used to manage safety briefing meetings and pre-shift and / or post-shift meetings, and summarize the safety work progress, existing problems and improvement measures of each unit;

[0017] The safety education module is used to formulate a safety training plan and train employees on safety knowledge and skills in various forms;

[0018] The safety assessment module is used to establish a sound safety assessment system to ensure that employees can only work after completing the assessment. Through regular and irregular assessments, the safety management level is improved and the safety awareness and operating standards of employees are enhanced;

[0019] The safety information module is used to centrally store and manage various safety-related documents and information to ensure the integrity and traceability of the information; the safety-related documents and information include policies and regulations, operating procedures, and training records;

[0020] The safety target responsibility module is used to clarify the goals and responsibilities of managers and employees at all levels in safety management. By setting quantifiable safety goals, it ensures that responsibilities are assigned to individuals and promotes the participation of all employees in safety management.

[0021] The safety work ticket module is used to manage and review various safety work tickets to ensure that risk assessment and safety measures are in place before the operation to prevent accidents during the operation;

[0022] The occupational health prevention and treatment module is used to establish health records of employees in each unit and implement one-file management for each employee;

[0023] The online reporting module is used to upload various security-related reports in real time and pass the review by the management level to optimize and improve the security management work.

[0024] Furthermore, it also includes on-site safety equipment to provide early warning of vehicle risks at the construction site, ensuring the personal safety of workers and the safety of the working environment;

[0025] The on-site safety equipment includes smart cones, mobile sentinels and control balls installed at the construction site;

[0026] By combining vehicle speed measurement technology, speeding vehicles can be monitored and sensed in real time. Once speeding is detected, an early warning will be automatically issued. At the same time, high-definition cameras will capture photos of speeding vehicles and upload the data to the cloud platform in real time for subsequent processing and law enforcement supervision.

[0027] The beneficial effects of the present invention are as follows: the intelligent safety management and control platform for highway engineering projects disclosed by the present invention realizes dynamic management of project sites by integrating various types of safety management, provides a complete set of systematic safety management solutions for highway engineering projects, helps and improves construction safety, reduces accident risks, and realizes safe and sustainable engineering construction. The present invention effectively improves the safety management level of maintenance projects, establishes a sound emergency plan, reduces the probability and loss of accidents, and can better meet the growing safety management and control needs of highway engineering projects. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] The present invention will be further described below in conjunction with the accompanying drawings and embodiments:

[0029] Figure 1 This is a schematic diagram of the structure of the management and control platform of the present invention;

[0030] Figure 2It is a schematic diagram of the basic data information module of the road section in the management and control platform of the present invention;

[0031] Figure 3 It is a schematic diagram of the risk management module in the management and control platform of the present invention;

[0032] Figure 4 It is a schematic diagram of the safety inspection module in the management and control platform of the present invention;

[0033] Figure 5 It is a schematic diagram of a hidden danger management module in the management and control platform of the present invention;

[0034] Figure 6 It is a schematic diagram of the emergency management module in the control platform of the present invention;

[0035] Figure 7 This is a schematic diagram of a secure conference module in the management and control platform of the present invention;

[0036] Figure 8 It is a schematic diagram of the safety education module in the management and control platform of the present invention;

[0037] Fig. 9 Schematic diagram of the management end of the safety education module in the management and control platform of the present invention

[0038] Fig.10 A schematic diagram of a learning end of a safety education module in the management and control platform of the present invention;

[0039] Fig.11 It is a schematic diagram of the safety assessment module in the management and control platform of the present invention;

[0040] Fig.12 It is a schematic diagram of the safety data module in the management and control platform of the present invention;

[0041] Fig.13 It is a schematic diagram of the safety target responsibility module in the management and control platform of the present invention;

[0042] Fig.14 It is a schematic diagram of the safety work ticket module in the management and control platform of the present invention;

[0043] Fig.15 This is a schematic diagram of an occupational health prevention and treatment module in the management and control platform of the present invention;

[0044] Fig.16 It is a schematic diagram of an online report module in the management and control platform of the present invention;

[0045] Fig.17 This is a schematic diagram showing the mobile phone application information of the control platform of the present invention;

[0046] Fig.18 A schematic diagram of a mobile phone application workbench of the management and control platform of the present invention;

[0047] Fig.19 A schematic diagram of one-key control settings in the mobile phone application of the control platform of the present invention;

[0048] Fig. 20 A schematic diagram of the one-key control effect in the mobile phone application of the control platform of the present invention;

[0049] Fig.21 It is a schematic diagram illustrating one-key control in the mobile phone application of the management and control platform of the present invention. DETAILED DESCRIPTION

[0050] The present invention is further described below in conjunction with the accompanying drawings, as shown in the drawings:

[0051] This embodiment discloses a highway engineering project safety intelligent management and control platform, including a safety field management and control unit and a safety field management and control unit;

[0052] The safety field control unit is used to collect and manage basic information on road facilities, evaluate and monitor operational risks and develop control measures, implement standardized inspections to discover and correct safety hazards, record and track the hazard management process, develop and exercise emergency plans and manage emergency resources, and fully realize safety control and emergency response of road operations;

[0053] The safety internal management and control unit is used to promote safety information exchange and collaboration, train and improve employee safety literacy, build a comprehensive assessment system, centrally manage safety documents and materials, clarify safety goals and responsibilities at all levels, promote safety management for all employees, manage and review safety work tickets, prevent work accidents, establish employee health files, support occupational health management, upload and review safety reports in real time, and optimize safety management.

[0054] In this embodiment, Figure 1 As shown, the safety field management and control unit includes a road section basic data information module, a risk management module, a safety inspection module, a hidden danger management module and an emergency management module;

[0055] The road section basic data information module is used to collect, organize and manage basic information of roads and related facilities, and the basic information includes road section name, pile number, location, road condition, and facility configuration;

[0056] The risk management module is used to evaluate and monitor various risks that may occur during the operation process, and formulate corresponding control measures through quantitative and qualitative analysis of risk levels to reduce the probability of accidents and improve the overall safety management level;

[0057] The safety inspection module is used to implement regular and irregular safety inspections and audits, and timely discover and correct safety hazards through standardized checklists and evaluation indicators, thereby ensuring the implementation of safety management rules and regulations;

[0058] The hidden danger management module is used to record and track the process of troubleshooting, management and acceptance of safety hidden dangers, so as to ensure that each hidden danger can be dealt with in a timely manner;

[0059] The emergency management module is used to formulate, implement and rehearse emergency plans, store and manage the information of emergency material warehouses, emergency teams and emergency experts, so as to ensure that the emergency response mechanism can be quickly activated when an emergency occurs.

[0060] In this embodiment, Figure 1 As shown, the safety internal management and control unit includes a safety meeting module, a safety education module, a safety assessment module, a safety data module, a safety target responsibility module, a safety work ticket module, an occupational health prevention module and an online report module;

[0061] The safety meeting module is used to manage safety briefing meetings and pre-shift and / or post-shift meetings, summarize the safety work progress, existing problems and improvement measures of each unit, so as to promote information sharing and communication, and enhance overall safety awareness and collaboration capabilities;

[0062] The safety education module is used to formulate a safety training plan and train employees on safety knowledge and skills in various forms, thereby enhancing their safety literacy and awareness of prevention;

[0063] The safety assessment module is used to establish a sound safety assessment system to ensure that employees can only work after completing the assessment. Through regular and irregular assessments, the safety management level is improved, the safety awareness and operating standards of employees are enhanced, and thus safety hazards are effectively reduced;

[0064] The safety information module is used to centrally store and manage various safety-related documents and materials to ensure the integrity and traceability of the materials, thereby providing strong support for safety management; wherein the safety-related documents and materials include policies and regulations, operating procedures, and training records;

[0065] The safety target responsibility module is used to clarify the goals and responsibilities of managers and employees at all levels in safety management. By setting quantifiable safety goals, it ensures that responsibilities are assigned to individuals and promotes the participation of all employees in safety management, thereby improving safety performance.

[0066] The safety work ticket module is used to manage and review various safety work tickets to ensure that risk assessment and safety measures are in place before the operation to prevent accidents during the operation;

[0067] The occupational health prevention and treatment module is used to establish health records for employees of each unit, realize one-file management for each employee, and provide data support for the identification, intervention and management of occupational health risks;

[0068] The online reporting module is used to upload various security-related reports in real time and pass the review by the management level to optimize and improve the security management work.

[0069] In this embodiment, Figure 2 As shown, the road section basic data information module includes a road section data module and a risky road section module;

[0070] The road section data module is used to count and manage the basic information of the road section; the basic information includes the road section name, stake number, location, road condition, and facility configuration;

[0071] The risk section module is used to count and manage the information of sections with potential risks, and the section information includes the section name, construction unit, risk section pile number, driving direction, and driving speed requirement;

[0072] like Figure 3 As shown, the risk management module includes a risk unit module, a risk control module, and a risk classification control module;

[0073] The risk unit module is used to record and store risk unit data. The data is self-associative structure data. When adding a new risk unit, the user can select an existing risk unit as its parent. The types of risk units include project type, site, and equipment.

[0074] The risk management module is used to manage project risks and risks of each unit. When uploading risks, the content included includes the name of the risk source, the project or unit to which it belongs, the risk type, the risk level, and the risk description;

[0075] The risk classification and control module is used to classify the risk sources into danger levels, the specific levels include slight danger, small risk, general risk, large risk and major risk, and generate a double prevention system report, a hidden danger investigation and control list, a four-color safety risk map, and a job safety risk notification sign.

[0076] In this embodiment, Figure 4 As shown, the safety inspection module includes an inspection task module, a my inspection module and a safety supervision inspection module;

[0077] The inspection task module is used by each unit to create inspection tasks for related projects or company content. Inspection tasks are divided into daily inspections, special inspections, temporary inspections, and safety inspections. When adding inspections, the inspection content and inspectors will be selected, and the relevant inspection frequency and repeated inspection days will be set. It also supports viewing inspection task details;

[0078] The My Check module is used for users to clarify their personal check content, making it convenient for users to check the content they are responsible for;

[0079] The safety inspection module is used to conduct a comprehensive and detailed safety review of the current project to identify potential safety hazards. The inspection team members will implement necessary improvement measures within the specified time according to the rectification suggestions to ensure that the safety of the project is enhanced and improved;

[0080] like Figure 5 As shown, the hidden danger management module includes a hidden danger investigation module, a hidden danger treatment module and a hidden danger acceptance module;

[0081] The hidden danger investigation module is used to manage the investigation and treatment of hidden dangers in various projects and units. Users can fill in hidden danger information, support search functions, and assign specific people to be responsible for the rectification of hidden dangers. Users can also view hidden danger rectification records and obtain hidden danger notifications, reports and circulation records in detailed information. Both reports and notifications can be exported; the hidden danger information includes hidden danger title, project, unit, hidden danger name, hidden danger type, hidden danger photos and rectification period;

[0082] The hidden danger management module is used to manage the handling and rectification of the hidden dangers found by each project and unit. After the rectification is completed, the rectification status will be recorded to ensure that the hidden dangers are effectively handled. The hidden danger information after rectification can be viewed in the details, which include hidden danger report forms and circulation records. Both report forms and notification forms can be exported;

[0083] The hidden danger acceptance module is used by safety officers to further confirm the hidden dangers that have been rectified to ensure that the hidden dangers have been completely eliminated, thereby preventing the occurrence of potential problems. It also supports viewing hidden danger rectification records and detailed information, and report sheets and notification sheets can also be exported.

[0084] In this embodiment, Figure 6 As shown, the emergency management module includes a safety accident module, an emergency plan module, an emergency drill module, an emergency material warehouse module, an emergency team module and an emergency expert module;

[0085] The safety accident module is used for reporting safety accidents and entering basic information. After adding accident information, users can set the corresponding safety accident response level and confirm the processing flow according to the level. By clicking on the details, users can view relevant information of the accident, including emergency plans, headquarters information, disposal measures and disposal process. When the accident is handled, the event can be closed through the "End Accident" function. By clicking on "Emergency Response", the emergency plan file can be accessed, allowing the addition of headquarters positions and disposal measures;

[0086] The emergency plan module is used to configure the emergency plan information in advance, and can configure the current plan in detail. The configuration content includes adding headquarters positions, disposal measures and related rules, and supports headquarters personnel configuration, disposal measures configuration and application rule configuration, so as to automatically select the corresponding plan when an accident occurs, thereby providing reference and guidance for accident handling;

[0087] The emergency drill module is used to manage relevant records of emergency drills and support viewing drill information of each unit;

[0088] The emergency material warehouse module is used to manage the storage and information recording of emergency materials, and supports adding and maintaining the information of the emergency material warehouse, including material units, material names, specifications and models, and inventory quantities;

[0089] The emergency team module is used to manage and add emergency team information, display detailed information such as members, nature, expertise, address and contact persons, and click "Team Members" to view detailed information of team members, and supports searching by name, gender and position;

[0090] The emergency expert module is used to manage and add emergency expert information, and display the expert type, professional field, title, and contact number.

[0091] In this embodiment, Figure 7 As shown, the safety meeting module includes a safety technology briefing module, a safety meeting module, a class meeting module and a class meeting content management module;

[0092] The safety technology briefing module is used to record the safety technology briefing documents of each unit for a single project or labor service company, and supports the online preview function of the attachments; the safety technology briefing documents include the briefing content, briefing time and related attachment information;

[0093] The safety meeting module is used to manage the records of each unit's safety committee, monthly meetings, special meetings, department meetings and other meetings, supports the uploading of meeting minutes and related documents, records the information of participants, and provides the function of viewing meeting details;

[0094] The class meeting module is used to organize pre-shift and post-shift meetings for each team in each unit's engineering project, record meeting leaders, meeting participants, meeting content and meeting photos, and support detailed viewing and meeting evaluation of pre-shift and post-shift meetings;

[0095] The class meeting content management module is used for each unit to pre-maintain the content of pre-shift and post-shift meetings, so that the required content can be directly selected in the actual meeting to improve the efficiency and pertinence of the meeting;

[0096] like Figure 8As shown, the safety education module includes a management end module, a learning end module and a weekly learning module;

[0097] like Fig. 9 As shown, the management terminal module is used for managers of each unit to click the management terminal to jump to the education and training system, add various types of training information, and organize personnel to study;

[0098] like Fig.10 As shown, the learning terminal module is used for personnel of each unit to click the learning terminal to jump to the education and training learning terminal, and learn various types of course information created by the learning administrator to enhance safety awareness;

[0099] The weekly study module is used to count the study records of weekly studies, and the study records include study content, study hours, and user study records.

[0100] In this embodiment, Fig.11 As shown, the safety assessment module includes an assessment index library module, an assessment information module, an assessment scoring module and a my assessment module;

[0101] The assessment index library module is used to publish and formulate assessment content and standards, and provide scoring specifications for various assessment indicators;

[0102] The assessment information module is used to compile assessment data, support indicator setting, reviewer configuration and review of assessment results. Users can search for assessment details based on the assessment results and obtain the specific scores of each unit on each assessment indicator.

[0103] The assessment scoring module is used to manage and view assessment details, including unit name, assessment name, assessment topic, assessment time and final score;

[0104] The My Assessment Module is used to manage and view assessment records, facilitate tracking of the assessment status of each unit, and support modification of records;

[0105] like Fig.12 As shown, the safety information module includes a safety monthly report module, a reporting module for each unit, a reference book module, a safety announcement module, an accident case module, a management ledger module, and a duty log module;

[0106] The safety monthly report module is used to count and manage the content of the monthly report uploaded by each unit every month, and supports checking whether each unit has uploaded the monthly report;

[0107] The reporting status module of each unit is used to view the monthly upload status of each unit's safety monthly report and understand the details of each unit's safety monthly report by checking the attachments;

[0108] The reference book module is used to store and preview published rules and regulations, standards and operating procedures;

[0109] The security announcement module is used to uniformly publish and promptly convey various security announcements to relevant units;

[0110] The accident case module is used to record and publish various accident cases that occurred in engineering projects, and provide warnings and preventive measures through case analysis and experience summary;

[0111] The management ledger module is used to manage and maintain the information of three types of personnel, special personnel, special equipment and annual hidden danger ledgers of each unit, and supports detailed viewing;

[0112] The performance log module is used to record and track the execution of daily safety management work of each unit, and record in detail the completion status of various safety tasks, problem feedback and rectification measures.

[0113] In this embodiment, Fig.13 As shown, the safety target responsibility module includes a commitment letter management module and a responsibility letter management module;

[0114] The commitment management module is used to record and manage the signing status of the commitment letters of each unit to the personnel;

[0115] The responsibility letter management module is used to uniformly manage the signing contents of various responsibility letters of various units and supports viewing the details of the responsibility letters; the responsibility letters include company or department responsibility letters, project responsibility letters, and company leadership responsibility letters;

[0116] like Fig.14 As shown, the safety work ticket module includes a work ticket information module and an audit information module;

[0117] The work ticket information module is used to manage and review various safety work ticket applications submitted by the operators of each unit. The safety work tickets include work activities with potential safety risks such as hot work, confined space, blind plate plugging, high-altitude work, hoisting, temporary power use, earthwork and circuit breaking;

[0118] The audit information module is used to track the audit status of the job ticket and provide detailed audit record statistics to facilitate user query and management of the audit process;

[0119] like Fig.15As shown, the occupational health prevention and treatment module is used to establish health records for employees of each unit, realize "one person, one file" management, support real-time addition of employees' health experience records, related documents and physical health conditions, and allow viewing of historical experience record information, and support online preview of related experience documents, so as to facilitate comprehensive monitoring and management of employees' health conditions and ensure the effective implementation of occupational health protection measures.

[0120] like Fig.16 As shown, the online report module includes an online report information module and an online report statistics module;

[0121] The online report information module is used to collect report data, check the upload status of each unit in the report, and approve the submitted files;

[0122] The online report statistics module is used to record and count the report data of each unit.

[0123] In this embodiment, the smart management and control platform of the present invention also includes on-site safety equipment for early warning of vehicle risks at the construction site to ensure the personal safety of workers and the safety of the working environment;

[0124] The on-site safety equipment includes smart cones, mobile sentinels and control balls installed at the construction site;

[0125] By combining vehicle speed measurement technology, speeding vehicles can be monitored and sensed in real time. Once speeding is detected, an early warning will be automatically issued. At the same time, high-definition cameras will capture photos of speeding vehicles and upload the data to the cloud platform in real time for subsequent processing and law enforcement supervision.

[0126] The intelligent management and control platform of the present invention can be set to the PC side and the mobile phone side to achieve intercommunication between the PC side and the mobile phone side, ensure that the functional modules covered by the two are consistent, and then optimize the user experience, so that users can flexibly switch between different devices and obtain the same management and monitoring functions.

[0127] Figure 17-18 Demonstrated flexible application on mobile phones. Compared with PC, mobile phone applications can also add a one-click control function for on-site safety equipment, such as Figure 19-21 As shown, this function intelligently generates a safety equipment deployment diagram based on the basic information of the work section, and automatically attaches detailed text descriptions, thereby helping on-site workers to quickly and accurately understand the layout of safety equipment.

[0128] The present invention improves the safety management level of highway projects in all aspects by setting up road section basic data information module, risk management module, safety inspection module, hidden danger management module, emergency management module, safety meeting module, safety education module, safety assessment module, safety information module, safety target responsibility module, safety work ticket module, occupational health prevention and treatment module, online report module and on-site safety equipment, realizes dynamic safety management of project sites, and provides a complete set of systematic safety management solutions for highway engineering projects.

[0129] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solution of the present invention can be modified or replaced by equivalents without departing from the purpose and scope of the technical solution of the present invention, which should be included in the scope of the claims of the present invention.

Claims

1. A highway engineering project safety intelligent management and control platform, characterized by: Including safety field control unit and safety internal control unit; The safety field control unit is used to collect and manage basic information on road facilities, evaluate and monitor operational risks and develop control measures, implement standardized inspections to discover and correct safety hazards, record and track the hazard management process, develop and exercise emergency plans and manage emergency resources, and fully realize safety control and emergency response of road operations; The safety internal management and control unit is used to promote safety information exchange and collaboration, train and improve employee safety literacy, build a comprehensive assessment system, centrally manage safety documents and materials, clarify safety goals and responsibilities at all levels, promote safety management for all employees, manage and review safety work tickets, prevent work accidents, establish employee health files, support occupational health management, upload and review safety reports in real time, and optimize safety management.

2. The highway engineering project safety intelligent management and control platform according to claim 1 is characterized by: The safety field management and control unit includes a road section basic data information module, a risk management module, a safety inspection module, a hidden danger management module and an emergency management module; The road section basic data information module is used to collect, organize and manage basic information of roads and related facilities, and the basic information includes road section name, pile number, location, road condition, and facility configuration; The risk management module is used to evaluate and monitor various risks that may occur during the operation process, and formulate corresponding control measures through quantitative and qualitative analysis of risk levels; The safety inspection module is used to implement regular and irregular safety inspections and audits, and timely discover and correct safety hazards through standardized checklists and evaluation indicators; The hidden danger management module is used to record and track the process of troubleshooting, management and acceptance of safety hidden dangers; The emergency management module is used to formulate, implement and rehearse emergency plans, and store and manage information on emergency material warehouses, emergency teams and emergency experts.

3. The highway engineering project safety intelligent management and control platform according to claim 2 is characterized by: The road section basic data information module includes a road section data module and a risky road section module; The road section data module is used to count and manage the basic information of the road section; The risk section module is used to count and manage the information of sections with potential risks, and the section information includes the section name, construction unit, risk section pile number, driving direction, and driving speed requirement; The risk management module includes a risk unit module, a risk control module, and a risk classification control module; The risk unit module is used to record and store risk unit data. The data is self-associative structure data. When adding a new risk unit, the user can select an existing risk unit as its parent. The types of risk units include project type, site, and equipment. The risk management module is used to manage project risks and risks of each unit. When uploading risks, the content included includes the name of the risk source, the project or unit to which it belongs, the risk type, the risk level, and the risk description; The risk classification and control module is used to classify the risk sources into danger levels, the specific levels include slight danger, small risk, general risk, large risk and major risk, and generate a double prevention system report, a hidden danger investigation and control list, a four-color safety risk map, and a job safety risk notification sign.

4. The highway engineering project safety intelligent management and control platform according to claim 2 is characterized by: The safety inspection module includes an inspection task module, a my inspection module and a safety supervision inspection module; The inspection task module is used by each unit to create inspection tasks for related projects or company content. Inspection tasks are divided into daily inspections, special inspections, temporary inspections, and safety inspections. When adding inspections, the inspection content and inspectors will be selected, and the relevant inspection frequency and repeated inspection days will be set. It also supports viewing inspection task details; The My Check module is used for users to clarify their personal check content, making it convenient for users to check the content they are responsible for; The safety inspection module is used to conduct a comprehensive and detailed safety review of the current project to identify potential safety hazards. The inspection team members will implement necessary improvement measures within the specified time according to the rectification suggestions to ensure that the safety of the project is enhanced and improved; The hidden danger management module includes a hidden danger investigation module, a hidden danger treatment module and a hidden danger acceptance module; The hidden danger investigation module is used to manage the investigation and treatment of hidden dangers in various projects and units. Users can fill in hidden danger information, support search functions, and assign specific people to be responsible for the rectification of hidden dangers. Users can also view hidden danger rectification records and obtain hidden danger notifications, reports and circulation records in detailed information. Both reports and notifications can be exported; the hidden danger information includes hidden danger title, project, unit, hidden danger name, hidden danger type, hidden danger photos and rectification period; The hidden danger management module is used to manage the handling and rectification of the hidden dangers found by each project and unit. After the rectification is completed, the rectification status will be recorded to ensure that the hidden dangers are effectively handled. The hidden danger information after rectification can be viewed in the details, which include hidden danger report forms and circulation records. Both report forms and notification forms can be exported; The hidden danger acceptance module is used by safety officers to further confirm the hidden dangers that have been rectified to ensure that the hidden dangers have been completely eliminated. It also supports viewing the hidden danger rectification records and detailed information, and report sheets and notification sheets can also be exported.

5. The highway engineering project safety intelligent management and control platform according to claim 2 is characterized by: The emergency management module includes a safety accident module, an emergency plan module, an emergency drill module, an emergency material warehouse module, an emergency team module and an emergency expert module; The safety accident module is used for reporting safety accidents and entering basic information. After adding accident information, users can set the corresponding safety accident response level and confirm the processing flow according to the level. Users can view relevant information of the accident, including emergency plans, headquarters information, disposal measures and disposal process. When the accident is handled, the event can be closed and the emergency plan file can be accessed, allowing the addition of headquarters positions and disposal measures; The emergency plan module is used to configure the emergency plan information in advance, and can configure the current plan in detail. The configuration content includes adding headquarters positions, disposal measures and related rules, and supports headquarters personnel configuration, disposal measures configuration and application rule configuration, so as to automatically select the corresponding plan when an accident occurs; The emergency drill module is used to manage relevant records of emergency drills and support viewing drill information of each unit; The emergency material warehouse module is used to manage the storage and information recording of emergency materials, and supports adding and maintaining the information of the emergency material warehouse, including material units, material names, specifications and models, and inventory quantities; The emergency team module is used to manage and add emergency team information, display members, nature, expertise, address and contact persons, view detailed information of team members, and support searching by name, gender and position; The emergency expert module is used to manage and add emergency expert information, and display the expert type, professional field, title, and contact number.

6. The highway engineering project safety intelligent management and control platform according to claim 1 is characterized by: The safety internal management and control unit includes a safety meeting module, a safety education module, a safety assessment module, a safety information module, a safety target responsibility module, a safety work ticket module, an occupational health prevention module and an online report module; The safety meeting module is used to manage safety briefing meetings and pre-shift and / or post-shift meetings, and summarize the safety work progress, existing problems and improvement measures of each unit; The safety education module is used to formulate a safety training plan and train employees on safety knowledge and skills in various forms; The safety assessment module is used to establish a sound safety assessment system to ensure that employees can only work after completing the assessment. Through regular and irregular assessments, the safety management level is improved and the safety awareness and operating standards of employees are enhanced; The safety information module is used to centrally store and manage various safety-related documents and information to ensure the integrity and traceability of the information; the safety-related documents and information include policies and regulations, operating procedures, and training records; The safety target responsibility module is used to clarify the goals and responsibilities of managers and employees at all levels in safety management. By setting quantifiable safety goals, it ensures that responsibilities are assigned to individuals and promotes the participation of all employees in safety management. The safety work ticket module is used to manage and review various safety work tickets to ensure that risk assessment and safety measures are in place before the operation to prevent accidents during the operation; The occupational health prevention and treatment module is used to establish health records of employees in each unit and implement one-file management for each employee; The online reporting module is used to upload various security-related reports in real time and pass the review by the management level to optimize and improve the security management work.

7. The highway engineering project safety intelligent management and control platform according to claim 6 is characterized by: The safety meeting module includes a safety technology briefing module, a safety meeting module, a class meeting module and a class meeting content management module; The safety technology briefing module is used to record the safety technology briefing documents of each unit for a single project or labor service company, and supports the online preview function of the attachments; the safety technology briefing documents include the briefing content, briefing time and related attachment information; The safety meeting module is used to manage the records of each unit's safety committee, monthly meetings, special meetings, department meetings and other meetings, supports the uploading of meeting minutes and related documents, records the information of participants, and provides the function of viewing meeting details; The class meeting module is used to organize pre-shift and post-shift meetings for each team in each unit's engineering project, record meeting leaders, meeting participants, meeting content and meeting photos, and support detailed viewing and meeting evaluation of pre-shift and post-shift meetings; The class meeting content management module is used for each unit to pre-maintain the content of pre-shift and post-shift meetings, so that the required content can be directly selected in the actual meeting to improve the efficiency and pertinence of the meeting; The safety education module includes a management end module, a learning end module and a weekly learning module; The management terminal module is used for managers of each unit to click the management terminal to jump to the education and training system, add various types of training information, and organize personnel to study; The learning terminal module is used for personnel of each unit to click on the learning terminal to jump to the education and training learning terminal, and learn various types of course information created by the learning administrator to enhance safety awareness; The weekly study module is used to count the study records of weekly studies, and the study records include study content, study hours, and user study records.

8. The highway engineering project safety intelligent management and control platform according to claim 6 is characterized by: The safety assessment module includes an assessment index library module, an assessment information module, an assessment scoring module and a my assessment module; The assessment index library module is used to publish and formulate assessment content and standards, and provide scoring specifications for various assessment indicators; The assessment information module is used to compile assessment data, support indicator setting, reviewer configuration and review of assessment results. Users can search for assessment details based on the assessment results and obtain the specific scores of each unit on each assessment indicator. The assessment scoring module is used to manage and view assessment details, including unit name, assessment name, assessment topic, assessment time and final score; The My Assessment Module is used to manage and view assessment records, facilitate tracking of the assessment status of each unit, and support modification of records; The safety information module includes a safety monthly report module, a reporting module for each unit, a reference book module, a safety announcement module, an accident case module, a management ledger module, and a duty log module; The safety monthly report module is used to count and manage the content of the monthly report uploaded by each unit every month, and supports checking whether each unit has uploaded the monthly report; The reporting status module of each unit is used to view the monthly upload status of each unit's safety monthly report and understand the details of each unit's safety monthly report by checking the attachments; The reference book module is used to store and preview published rules and regulations, standards and operating procedures; The security announcement module is used to uniformly publish and promptly convey various security announcements to relevant units; The accident case module is used to record and publish various accident cases that occurred in engineering projects, and provide warnings and preventive measures through case analysis and experience summary; The management ledger module is used to manage and maintain the information of three types of personnel, special personnel, special equipment and annual hidden danger ledgers of each unit, and supports detailed viewing; The performance log module is used to record and track the execution of daily safety management work of each unit, and record in detail the completion status of various safety tasks, problem feedback and rectification measures.

9. The highway engineering project safety intelligent management and control platform according to claim 6 is characterized by: The safety target responsibility module includes a letter of commitment management module and a letter of responsibility management module; The commitment management module is used to record and manage the signing status of the commitment letters of each unit to the personnel; The responsibility letter management module is used to uniformly manage the signing contents of various responsibility letters of various units and supports viewing the details of the responsibility letters; the responsibility letters include company or department responsibility letters, project responsibility letters, and company leadership responsibility letters; The safety work ticket module includes a work ticket information module and an audit information module; The work ticket information module is used to manage and review various safety work ticket applications submitted by the operators of each unit. The safety work tickets include work activities such as hot work, confined space, blind plate plugging, high-altitude work, hoisting, temporary power use, earthwork and circuit breaking; The audit information module is used to track the audit status of the job ticket and provide detailed audit record statistics to facilitate user query and management of the audit process; The online report module includes an online report information module and an online report statistics module; The online report information module is used to collect report data, check the upload status of each unit in the report, and approve the submitted files; The online report statistics module is used to record and count the report data of each unit.

10. The highway engineering project safety intelligent management and control platform according to claim 1 is characterized by: It also includes on-site safety equipment to provide early warning of vehicle risks at the construction site, ensuring the personal safety of workers and the safety of the working environment; The on-site safety equipment includes smart cones, mobile sentinels and control balls installed at the construction site; By combining vehicle speed measurement technology, speeding vehicles can be monitored and sensed in real time. Once speeding is detected, an early warning will be automatically issued. At the same time, high-definition cameras will capture photos of speeding vehicles and upload the data to the cloud platform in real time for subsequent processing and law enforcement supervision.

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