Intelligent supervision and management system for highway engineering project

Abstract

The invention discloses an intelligent supervision and management system for a highway engineering project. The intelligent supervision and management system comprises an integrated management unit and a sub-management unit, the integrated management unit is used for tracking and monitoring the progress of each procedure of the highway engineering project in the whole process and ensuring that the project is executed according to a plan standard; the sub-management unit is used for recording and managing project details, monitoring on-site conditions and visually displaying the on-site conditions; the method comprises the steps of recording information of labor companies and personnel, recording material warehouse-in and warehouse-out and use information, establishing a mechanical ledger, managing repair, maintenance, scrapping and operator information, ensuring compliance of legal affairs, controlling legal risks, optimizing a transportation process, improving logistics efficiency and ensuring compliance safety. According to the invention, information integration and intelligent management can be realized, and powerful support is provided for efficient and sustainable road construction.

Description

Technical Field

[0001] The present invention relates to the field of highway engineering project management, and in particular to an intelligent supervision and management system for highway engineering projects. Background Art

[0002] As highway engineering projects continue to grow in complexity and scale, the need for their supervision and management is also increasing. This requires not only strict control of project progress and quality, but also effective management of multi-party collaboration and information flow.

[0003] Currently, traditional project management and oversight models struggle to meet real-world needs. These challenges include poor information flow, insufficient data real-time availability, inefficient manual management, and irrational resource allocation. These factors can not only lead to project delays and reduced quality, but can also cause safety hazards and cost overruns, impacting the overall sustainability of projects. In this context, the lack of comprehensive project control hinders overall project effectiveness, further highlighting the urgent need to optimize management systems and enhance technical capabilities.

[0004] Therefore, in order to improve the overall management level and implementation effect of highway projects, a new highway project supervision and management system is needed that can realize information integration and intelligent management, and provide strong support for efficient and sustainable highway construction. 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 an intelligent supervision and management system for highway engineering projects, which can realize information integration and intelligent management, and provide strong support for efficient and sustainable highway construction.

[0006] The highway engineering project intelligent supervision and management system of the present invention includes an integrated management unit and a sub-management unit;

[0007] The integrated management unit is used to track and monitor the progress of each procedure of the highway engineering project throughout the entire process to ensure that the project is carried out according to the planned standards;

[0008] The sub-management unit is used to record and manage project details, monitor on-site conditions and display them visually; record labor company and personnel information, as well as material entry and exit and usage information, establish a machinery ledger and manage repair, maintenance, scrapping and operator information, ensure compliance with legal affairs and control legal risks, optimize transportation processes, improve logistics efficiency and ensure compliance and safety.

[0009] Furthermore, the integrated management unit includes an intelligent supervision module;

[0010] The intelligent supervision module is used to integrate the project management sub-functions of multiple modules. By integrating the engineering project sub-module, bidding and procurement module, machinery and equipment module, material procurement module, labor module, project settlement module and safety production module, a comprehensive intelligent supervision module is formed;

[0011] The engineering project submodule is used to record basic engineering information, track engineering progress, and confirm project status;

[0012] The bidding and procurement module is used to ensure that the procurement of materials, equipment and services required for various engineering projects complies with relevant laws, regulations and company policies, as well as to file relevant procedures and contracts;

[0013] The mechanical equipment module is used for the full life cycle management of the procurement, use, maintenance and scrapping of mechanical equipment used in engineering projects;

[0014] The material procurement module is used to centrally manage all types of construction materials required for the project, including procurement, acceptance, inventory, and usage tracking of materials;

[0015] The labor module is used to comprehensively manage the labor required for the project, including recruitment, contracting, assignment, salary payment and safety management;

[0016] The project settlement module is used to calculate and settle various expenses of the project, including project funds, material costs, labor costs and other related costs;

[0017] The production safety module is used to monitor and manage the entire process of production safety of engineering projects.

[0018] Furthermore, the sub-management unit includes a project management module, a construction visualization module, a labor management module, a material management module, a construction machinery management module, a transportation management module, and a legal management module;

[0019] The project management module is used to record and manage project details, including management personnel, contract information, team information, project progress summary, and output value task-related file information;

[0020] The construction visualization module is used to monitor and locate the construction site conditions and to obtain information about on-site workers and equipment using visualization equipment;

[0021] The labor management module is used to record and manage labor company information, labor personnel's personal information and insurance information, and is equipped with a one-click insurance function;

[0022] The material management module is used to record the storage information of raw materials entering the mixing station, the storage information of asphalt mixture leaving the mixing station, and the storage information of safety facilities entering and leaving the mixing station, and store usage records;

[0023] The engineering machinery management module is used to establish a machinery ledger, store and manage machinery repair records, machinery maintenance records, machinery scrapping records and machinery operator information;

[0024] The transport management module is used to optimize the transport process, improve logistics efficiency, and ensure the compliance and safety of personnel and vehicles;

[0025] The legal affairs management module is used to ensure the compliance and transparency of legal affairs, comprehensively guarantee the compliance of contract performance, and effectively control legal risks.

[0026] Furthermore, the engineering project management module includes an engineering project module, a contract management module, a project contract ledger module, a project progress weekly report module, a project progress monthly report module, a construction progress summary module, and a team module;

[0027] The project module is used to record the basic information of the project for which each unit is responsible, track the project progress in real time, and confirm the project status;

[0028] The contract management module is used to count and supervise the signing, performance and change status of the engineering project contracts responsible by each unit;

[0029] The project contract ledger module is used to comprehensively manage project contract information, ensure the accuracy and traceability of contract information, and support viewing of contract details and attachments; the contract information includes contract number, start date, contract duration, completion date, and signing status;

[0030] The project progress weekly report module is used to regularly report weekly work progress, provide detailed task completion status and problem feedback, so as to adjust the project plan in a timely manner, and support viewing details and attachments;

[0031] The project progress monthly report module is used to summarize the monthly progress, analyze the interim results, evaluate the overall efficiency of project execution, and support viewing details and attachments;

[0032] The construction progress summary module is used to integrate and analyze the overall progress of the project, provide support for decision-making, ensure that the project proceeds as planned, and support functions such as viewing details and attachments;

[0033] The team module is used to record and manage the detailed information of different functional teams in various engineering projects, and to record the personal information of team members in detail to facilitate the comprehensive management and query of personnel information; the personal information includes name, age, ID number, and insurance information.

[0034] Furthermore, the construction visualization module includes an equipment information module, an equipment monitoring module, and an equipment positioning module;

[0035] The device information module is used to place visualization equipment at the construction site or assemble it on construction equipment. It has the function of linking to a pan / tilt platform, which can control the rotation of the equipment to view the on-site situation in all directions and support voice broadcasting. The visualization equipment includes smart helmets, control balls, cones, law enforcement recorders, and monitoring equipment.

[0036] The device monitoring module is used to achieve comprehensive real-time monitoring of the device, supporting voice calls, video content screenshots, recording, broadcasting, flash control and pan / tilt operation;

[0037] The device positioning module is used to achieve real-time positioning of the device, support video playback, voice broadcasting and viewing of historical records, so that users can monitor abnormal conditions of the device in real time to ensure the safety and normal operation of the device.

[0038] Furthermore, the labor management module includes a labor company module, a labor personnel module, an insurance information module, and a one-click insurance module;

[0039] The labor service company module is used to record and manage the basic information of each labor service company to facilitate the evaluation of the qualifications and reputation of the labor service company; the basic information includes company name, address, contact information, and qualification certification;

[0040] The labor personnel module is used to record and manage the personal information of each labor personnel to facilitate personnel management and allocation; the personal information includes name, ID number, contact information, skill level, and work experience;

[0041] The insurance information module is used to record and manage the insurance information of the service personnel to ensure that the service personnel enjoy the necessary protection during work; the insurance information includes the insurance type, insurance company, policy number, and policy validity period;

[0042] The one-click insurance module is used to provide a convenient insurance function, allowing project managers to quickly insure workers and simplify the insurance process.

[0043] Furthermore, the material management module includes a mixing station raw material storage module, an asphalt mixture storage module, a safety facility storage module, and a safety facility storage module;

[0044] The raw material warehousing module of the mixing station is used to record the receipt of various raw materials. Each time the raw materials are put into the warehouse, the material specifications, quantity, batch, supplier information and the date of entry are recorded in detail to ensure the quality and traceability of the materials.

[0045] The asphalt mixture delivery module is used to record the production and transportation arrangements of the mixture, including the mix ratio, quality, quantity, delivery date, destination and transportation method of each batch of mixture, monitor the use of the mixture, and optimize production and supply chain management;

[0046] The safety facility storage module is used to manage the storage of safety protection equipment, fire-fighting equipment, and first-aid supplies. When entering the warehouse, the specifications, models, manufacturers, quantities, unit prices, production dates, and expiration dates of the equipment are recorded in detail;

[0047] The safety facility outbound module is used to manage the outbound delivery of safety protection equipment, fire-fighting equipment, and first-aid supplies. When outbound delivery, detailed records are kept of specifications and models, purpose of use, user unit, outbound delivery time, responsible person, and return status.

[0048] Furthermore, the engineering machinery management module includes a machinery ledger module, a machinery repair record module, a machinery maintenance record module, a machinery scrapping record module and a machinery operator information module;

[0049] The machinery ledger module is used to record and maintain basic information of machinery and equipment of each unit, safety operating procedures, machinery insurance policies, machinery qualification certificates, machinery structure drawings, machinery operation manuals, machinery maintenance manuals, machinery repair instructions, third-party liability insurance, and machinery photos. It supports real-time viewing of the use of machinery and equipment, and provides historical usage records and query functions to facilitate the maintenance and management of machinery and equipment information.

[0050] The mechanical maintenance record module is used to record the maintenance status of mechanical equipment in each unit, support real-time tracking of equipment maintenance status, and also view the operating efficiency and service life of equipment through equipment maintenance records;

[0051] The mechanical maintenance record module is used to record the maintenance information of mechanical equipment in each unit, implement categorized management of maintenance types for different machines, and support users to quickly view and filter; maintenance information includes maintenance time, maintenance cost, maintenance type, and time since the last maintenance;

[0052] The machinery scrapping record module is used to record the scrapping information of each unit's machinery and equipment in detail, understand the life and operating status of the equipment, discover potential problems in a timely manner, avoid serious failures and dangers, and provide important reference for equipment maintenance and updates; scrapping information includes scrapping time, reason and related documents;

[0053] The machine operator information module is used by each unit to record the information of professionals engaged in machine operation and maintenance; the professional information includes the operator's name, type and relevant certificates.

[0054] Furthermore, the transportation management module includes a transportation company module, a transportation vehicle module, a transportation personnel module and a personnel training module;

[0055] The transport company module is used to record and manage transport company operational information; operational information includes company name, business license, legal representative, establishment date, business scope, number of vehicles owned, number of drivers in service, and contract review status and opinions;

[0056] The transport vehicle module is used to record and manage the information of all transport vehicles within the project; the vehicle information includes the vehicle's company, brand, model, safety inspection qualification period and vehicle insurance status;

[0057] The transport personnel module is used to record and manage the information of all transport vehicle drivers within the project; the driver's information includes name, gender, photo, age, phone number, driver's license information and real-name authentication status;

[0058] The personnel training module is used to record and manage the training information of transport vehicle drivers in the daily transportation activities of the project; the training information includes the training name, the driver's company, the training time, location and content.

[0059] Furthermore, the legal affairs management module includes three legal review modules, a monthly report submission module, and a daily activity reporting module;

[0060] The three legal review modules are used to manage contract performance records, rules and regulations records, and major decision records to ensure compliance and information transparency. Key information recorded in the contract performance record includes the number, contract amount, Party A and Party B, review status, review time, performance status, and payment deadline. Key information recorded in the rules and regulations record and major decision record includes the number, submission date, relevant department, and current review status. They are also used for the review, archiving, and record information management of various contracts. Contracts include three legal review contracts, rules and regulations contracts, and major decision contracts. Recorded information includes contract type, date, process, status, and opinions.

[0061] The monthly report filling module is used to compile statistics on litigation cases and manage three legal review reports, supporting the review of monthly legal review status; litigation case status includes a summary table of litigation cases, pending cases, and enforcement cases; the three legal review reports include three legal review reports, rules and regulations reports, and major decision reports;

[0062] The daily activity reporting module is used to manage the reporting status of daily activities; the reporting status is divided into two states: incomplete reporting and completed reporting.

[0063] The beneficial effects of the present invention are as follows: the intelligent supervision and management system for highway engineering projects disclosed in the present invention improves the overall management level and implementation effect of highway projects through information integration and intelligent management, and provides strong technical support for achieving efficient and sustainable highway construction; the present invention can optimize resource allocation and improve information flow, thereby better meeting the growing supervision and management needs of highway engineering projects. BRIEF DESCRIPTION OF THE DRAWINGS

[0064] The present invention will be further described below in conjunction with the accompanying drawings and embodiments:

[0065] Figure 1 This is a schematic diagram of the structure of the intelligent supervision and management system of the present invention;

[0066] Figure 2 Schematic diagram of the smart supervision module in the smart supervision management system of the present invention;

[0067] Figure 3 This is a schematic diagram of the engineering project management module in the intelligent supervision and management system of the present invention;

[0068] Figure 4 This is a schematic diagram of the construction visualization module in the intelligent supervision and management system of the present invention;

[0069] Figure 5 This is a schematic diagram of the labor management module in the intelligent supervision and management system of the present invention;

[0070] Figure 6 Schematic diagram of the material management module in the intelligent supervision and management system of the present invention;

[0071] Figure 7 This is a schematic diagram of the construction machinery management module in the intelligent supervision and management system of the present invention;

[0072] Figure 8 Schematic diagram of the transportation management module in the intelligent supervision and management system of the present invention;

[0073] Figure 9 This is a schematic diagram of the legal management module in the intelligent supervision and management system of the present invention;

[0074] Figure 10 This is a schematic diagram showing the mobile phone application information of the smart supervision and management system of the present invention;

[0075] Figure 11 Schematic diagram of the mobile phone application workbench of the intelligent supervision and management system of the present invention. DETAILED DESCRIPTION

[0076] The present invention is further described below with reference to the accompanying drawings, as shown in the drawings:

[0077] This embodiment discloses a smart supervision and management system for highway engineering projects, including an integrated management unit and sub-management units;

[0078] The integrated management unit is used to track and monitor the progress of each procedure of the highway engineering project throughout the entire process to ensure that the project is carried out according to the planned standards;

[0079] The sub-management unit is used to record and manage project details, monitor on-site conditions and display them visually; record labor company and personnel information, as well as material entry and exit and usage information, establish a machinery ledger and manage repair, maintenance, scrapping and operator information, ensure compliance with legal affairs and control legal risks, optimize transportation processes, improve logistics efficiency and ensure compliance and safety.

[0080] In this embodiment, Figure 2 As shown, the integrated management unit includes an intelligent supervision module;

[0081] The intelligent supervision module is used to track and monitor the progress of each project procedure, record the project progress in real time, and ensure that the work at each stage is carried out according to the predetermined plan and standards. It integrates the project management sub-functions of multiple modules, and forms a comprehensive intelligent supervision module by integrating the engineering project sub-module, bidding and procurement module, machinery and equipment module, material procurement module, labor employment module, project settlement module and safety production module.

[0082] The engineering project submodule is used to record basic engineering information, track engineering progress, and confirm project status;

[0083] The bidding and procurement module is used to ensure that the procurement of materials, equipment and services required for various engineering projects complies with relevant laws, regulations and company policies, as well as to file relevant procedures and contracts;

[0084] The mechanical equipment module is used for the full life cycle management of the procurement, use, maintenance and scrapping of mechanical equipment used in engineering projects;

[0085] The material procurement module is used to centrally manage all types of construction materials required for the project, including procurement, acceptance, inventory, and usage tracking of materials;

[0086] The labor module is used to comprehensively manage the labor required for the project, including recruitment, contracting, assignment, salary payment and safety management;

[0087] The project settlement module is used to calculate and settle various expenses of the project, including project funds, material costs, labor costs and other related costs;

[0088] The production safety module is used to monitor and manage the entire process of production safety of engineering projects.

[0089] In this embodiment, the sub-management units include a project management module, a construction visualization module, a labor management module, a material management module, a construction machinery management module, a transportation management module, and a legal management module;

[0090] The project management module is used to record and manage project details, including management personnel, contract information, team information, project progress summary, and output value task-related file information;

[0091] The construction visualization module is used to monitor and locate the construction site conditions and to obtain information about on-site workers and equipment using visualization equipment;

[0092] The labor management module is used to record and manage labor company information, labor personnel's personal information and insurance information, and is equipped with a one-click insurance function;

[0093] The material management module is used to record the storage information of raw materials entering the mixing station, the storage information of asphalt mixture leaving the mixing station, and the storage information of safety facilities entering and leaving the mixing station, and store usage records;

[0094] The engineering machinery management module is used to establish a machinery ledger, store and manage machinery repair records, machinery maintenance records, machinery scrapping records and machinery operator information;

[0095] The transport management module is used to optimize the transport process, improve logistics efficiency, and ensure the compliance and safety of personnel and vehicles;

[0096] The legal affairs management module is used to ensure the compliance and transparency of legal affairs, comprehensively guarantee the compliance of contract performance, and effectively control legal risks.

[0097] In this embodiment, Figure 3 As shown, the engineering project management module includes an engineering project module, a contract management module, a project contract ledger module, a project progress weekly report module, a project progress monthly report module, a construction progress summary module, and a team module;

[0098] The project module is used to record the basic information of the project for which each unit is responsible, track the project progress in real time, and confirm the project status;

[0099] The contract management module is used to count and supervise the signing, performance and change status of the engineering project contracts responsible by each unit;

[0100] The project contract ledger module is used to comprehensively manage project contract information, ensure the accuracy and traceability of contract information, and support viewing of contract details and attachments; the contract information includes contract number, start date, contract duration, completion date, and signing status;

[0101] The project progress weekly report module is used to regularly report weekly work progress, provide detailed task completion status and problem feedback, so as to adjust the project plan in a timely manner, and support viewing details and attachments;

[0102] The project progress monthly report module is used to summarize the monthly progress, analyze the interim results, evaluate the overall efficiency of project execution, and support viewing details and attachments;

[0103] The construction progress summary module is used to integrate and analyze the overall progress of the project, provide support for decision-making, ensure that the project proceeds as planned, and support functions such as viewing details and attachments;

[0104] The team module is used to record and manage the detailed information of different functional teams in various engineering projects, and to record the personal information of team members in detail to facilitate the comprehensive management and query of personnel information; the personal information includes name, age, ID number, and insurance information.

[0105] In this embodiment, Figure 4 As shown, the construction visualization module includes an equipment information module, an equipment monitoring module, and an equipment positioning module;

[0106] The device information module is used to place visualization equipment at the construction site or assemble it on construction equipment. It has the function of linking to a pan / tilt platform, which can control the rotation of the equipment to view the on-site situation in all directions and support voice broadcasting. The visualization equipment includes smart helmets, control balls, cones, law enforcement recorders, and monitoring equipment.

[0107] The device monitoring module is used to achieve comprehensive real-time monitoring of the device, supporting voice calls, video content screenshots, recording, broadcasting, flash control and pan / tilt operation;

[0108] The device positioning module is used to achieve real-time positioning of the device, supporting video playback, voice broadcasting, and viewing of historical records, allowing users to monitor device abnormalities in real time to ensure device safety and normal operation. The historical records include historical photos, historical videos, and trajectory.

[0109] In this embodiment, Figure 5 As shown, the labor management module includes a labor company module, a labor personnel module, an insurance information module, and a one-click insurance module;

[0110] The labor service company module is used to record and manage the basic information of each labor service company to facilitate the evaluation of the qualifications and reputation of the labor service company; the basic information includes company name, address, contact information, and qualification certification;

[0111] The labor personnel module is used to record and manage the personal information of each labor personnel to facilitate personnel management and allocation; the personal information includes name, ID number, contact information, skill level, and work experience;

[0112] The insurance information module is used to record and manage the insurance information of the service personnel to ensure that the service personnel enjoy the necessary protection during work; the insurance information includes the insurance type, insurance company, policy number, and policy validity period;

[0113] The one-click insurance module is used to provide a convenient insurance function, allowing project managers to quickly insure workers, simplify the insurance process, and improve work efficiency.

[0114] In this embodiment, Figure 6 As shown, the material management module includes a mixing station raw material storage module, an asphalt mixture storage module, a safety facility storage module, and a safety facility storage module;

[0115] The raw material warehousing module of the mixing station is used to record the receipt of various raw materials. Each time a material is received, the material's specifications, quantity, batch, supplier information, and receipt date are recorded in detail to ensure the quality and traceability of the materials, thereby facilitating inventory checks to ensure that the accounts are consistent with the actual situation. Among them, various raw materials include cement, asphalt, sand and gravel, mineral powder, and other additives.

[0116] The asphalt mixture delivery module is used to record the production and transportation arrangements of the mixture, including the mix ratio, quality, quantity, delivery date, destination and transportation method of each batch of mixture, monitor the use of the mixture, and optimize production and supply chain management;

[0117] The safety facility storage module is used to manage the storage of safety protection equipment, fire-fighting equipment, and first-aid supplies. When entering the warehouse, the specifications, models, manufacturers, quantities, unit prices, production dates, and expiration dates of the equipment are recorded in detail;

[0118] The safety facility outbound module is used to manage the outbound delivery of safety protection equipment, fire-fighting equipment, and first-aid supplies. When outbound delivery, detailed records are kept of specifications and models, purpose of use, user unit, outbound delivery time, responsible person, and return status.

[0119] In this embodiment, Figure 7As shown, the engineering machinery management module includes a machinery ledger module, a machinery repair record module, a machinery maintenance record module, a machinery scrapping record module and a machinery operator information module;

[0120] The machinery ledger module is used to record and maintain basic information of machinery and equipment of each unit, safety operating procedures, machinery insurance policies, machinery qualification certificates, machinery structure drawings, machinery operation manuals, machinery maintenance manuals, machinery repair instructions, third-party liability insurance, and machinery photos. It supports real-time viewing of the use of machinery and equipment, and provides historical usage records and query functions to facilitate the maintenance and management of machinery and equipment information.

[0121] The mechanical maintenance record module is used to record the maintenance status of mechanical equipment in each unit, support real-time tracking of equipment maintenance status, and also view the operating efficiency and service life of equipment through equipment maintenance records;

[0122] The mechanical maintenance record module is used to record the maintenance information of mechanical equipment in each unit, implement categorized management of maintenance types for different machines, and support users to quickly view and filter; maintenance information includes maintenance time, maintenance cost, maintenance type, and time since the last maintenance;

[0123] The machinery scrapping record module is used to record the scrapping information of each unit's machinery and equipment in detail, understand the life and operating status of the equipment, discover potential problems in a timely manner, avoid serious failures and dangers, and provide important reference for equipment maintenance and updates; scrapping information includes scrapping time, reason and related documents;

[0124] The machine operator information module is used by each unit to record the information of professionals engaged in machine operation and maintenance; the professional information includes the operator's name, type and relevant certificates.

[0125] In this embodiment, Figure 8 As shown, the transportation management module includes a transportation company module, a transportation vehicle module, a transportation personnel module and a personnel training module;

[0126] The transport company module is used to record and manage transport company operational information; operational information includes company name, business license, legal representative, establishment date, business scope, number of vehicles owned, number of drivers in service, and contract review status and opinions;

[0127] The transport vehicle module is used to record and manage the information of all transport vehicles within the project; the vehicle information includes the vehicle's company, brand, model, safety inspection qualification period and vehicle insurance status;

[0128] The transport personnel module is used to record and manage the information of all transport vehicle drivers within the project; the driver's information includes name, gender, photo, age, phone number, driver's license information and real-name authentication status;

[0129] The personnel training module is used to record and manage the training information of transport vehicle drivers in the daily transportation activities of the project; the training information includes the training name, the driver's company, the training time, location and content.

[0130] In this embodiment, Figure 9 As shown, the legal affairs management module includes three legal review modules, a monthly report submission module, and a daily activity reporting module;

[0131] The three legal review modules are used to manage contract performance records, rules and regulations records, and major decision records to ensure compliance and information transparency. Key information recorded in the contract performance record includes the number, contract amount, Party A and Party B, review status, review time, performance status, and payment deadline. Key information recorded in the rules and regulations record and major decision record includes the number, submission date, relevant department, and current review status. They are also used for the review, archiving, and record information management of various contracts. Contracts include three legal review contracts, rules and regulations contracts, and major decision contracts. Recorded information includes contract type, date, process, status, and opinions.

[0132] The monthly report filling module is used to compile statistics on litigation cases and manage three legal review reports, supporting the review of monthly legal review status; litigation case status includes a summary table of litigation cases, pending cases, and enforcement cases; the three legal review reports include three legal review reports, rules and regulations reports, and major decision reports;

[0133] The daily activity reporting module is used to manage the reporting status of daily activities; the reporting status is divided into two states: incomplete reporting and completed reporting.

[0134] The intelligent supervision and management system of the present invention can be set up on the PC side and the mobile phone side to achieve intercommunication between the PC side and the mobile phone side, ensuring that the functional modules covered by the two are consistent, thereby optimizing the user experience and allowing users to flexibly switch between different devices to obtain the same management and monitoring functions, such as Figure 10-11 Demonstrates flexible application on mobile phones.

[0135] This invention uses intelligent means to achieve full-process project tracking, monitoring, and refined management, significantly improving project management efficiency and accuracy, ensuring project execution according to plan and standards, effectively integrating information on resources such as labor, materials, and machinery, reducing project costs, while also protecting the rights and interests of laborers and legal compliance, optimizing transportation processes, and improving logistics efficiency. Overall, this management system enhances the transparency and controllability of project management, providing strong support for the smooth implementation and efficient operation of highway engineering projects.

[0136] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and are not limiting. 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 solutions of the present invention may be modified or replaced by equivalents without departing from the purpose and scope of the technical solutions of the present invention, which should all be included in the scope of the claims of the present invention.

Claims

1. A highway engineering project intelligent supervision and management system, characterized by: It includes an integrated management unit and a sub-management unit; The integrated management unit is used to track and monitor the progress of each procedure of the highway engineering project throughout the process to ensure that the project is executed according to the planned standards; The sub-management unit is used to record and manage project details, monitor on-site conditions and display them visually; record labor company and personnel information as well as material entry and exit and usage information, establish a machinery ledger and manage repair, maintenance, scrapping and operator information, ensure compliance with legal affairs and control legal risks, optimize transportation processes, improve logistics efficiency and ensure compliance and safety.

2. The highway engineering project intelligent supervision and management system according to claim 1 is characterized by: The integrated management unit includes a smart supervision module; The smart supervision module is used to integrate the project management sub-functions in multiple modules, and forms a comprehensive smart supervision module by integrating the engineering project sub-module, bidding and procurement module, machinery and equipment module, material procurement module, labor module, project settlement module and safety production module; The engineering project submodule is used to record basic engineering information, track engineering progress, and confirm project status; The bidding and procurement module is used to ensure that the procurement of materials, equipment and services required for various engineering projects complies with relevant laws and regulations and company policy requirements, as well as to file relevant formalities and contracts; The mechanical equipment module is used for the full life cycle management of the procurement, use, maintenance and scrapping of mechanical equipment used in engineering projects; The material procurement module is used to centrally manage various types of building materials required for the project, including procurement, acceptance, inventory and usage tracking of materials; The labor module is used to comprehensively manage the labor personnel required for the project, including recruitment, contract, allocation, salary payment and safety management; The project settlement module is used to calculate and settle various expenses of the project, including project funds, material costs, labor costs and other related costs; The safety production module is used to monitor and manage the entire process of safety production of engineering projects.

3. The highway engineering project intelligent supervision and management system according to claim 1 is characterized by: The sub-management unit includes a project management module, a construction visualization module, a labor management module, a material management module, a construction machinery management module, a transportation management module and a legal management module; The engineering project management module is used to record and manage engineering project details, including management personnel, contract information, team information, project progress summary, and output value task related file information; The construction visualization module is used to monitor and locate the construction site conditions and to grasp the information of on-site workers and equipment using visualization equipment; The labor management module is used to record and manage labor company information, labor personnel's personal information and insurance information, and is equipped with a one-click insurance function; The material management module is used to record the storage information of raw materials in the mixing station, the storage information of asphalt mixture, and the storage information of safety facilities, and store the usage records; The engineering machinery management module is used to establish a machinery ledger, store and manage machinery repair records, machinery maintenance records, machinery scrapping records and machinery operator information; The transport management module is used to optimize the transport process, improve logistics efficiency, and ensure the compliance and safety of personnel and vehicles; The legal affairs management module is used to ensure the compliance and transparency of legal affairs, comprehensively ensure the compliance of contract performance, and effectively control legal risks.

4. The highway engineering project intelligent supervision and management system according to claim 3 is characterized by: The engineering project management module includes an engineering project module, a contract management module, a project contract ledger module, a project progress weekly report module, a project progress monthly report module, a construction progress summary module and a team module; The engineering project module is used to record the basic information of the engineering projects that each unit is responsible for, track the progress of the project in real time, and confirm the project status; The contract management module is used to count and supervise the signing, performance and change status of the engineering project contracts that each unit is responsible for; The project contract ledger module is used to comprehensively manage project contract information, ensure the accuracy and traceability of contract information, and support viewing of contract details and attachments; the contract information includes contract number, start date, contract duration, completion date, and signing status; The project progress weekly report module is used to regularly report weekly work progress, provide detailed task completion status and problem feedback, so as to adjust the project plan in time, and support viewing details and attachments; The project progress monthly report module is used to summarize the monthly progress, analyze the interim results, evaluate the overall efficiency of project execution, and support viewing details and attachments; The construction progress summary module is used to integrate and analyze the overall progress of the project, provide support for decision-making, ensure that the project proceeds as planned, and support functions such as viewing details and attachments; The team module is used to record and manage the detailed information of different functional teams in various engineering projects, and to record the personal information of team members in detail to facilitate comprehensive management and query of personnel information; the personal information includes name, age, ID number, and insurance information.

5. The highway engineering project intelligent supervision and management system according to claim 3 is characterized by: The construction visualization module includes an equipment information module, an equipment monitoring module and an equipment positioning module; The equipment information module is used to place the visualization equipment on the construction site or assemble it on the construction equipment. It has the function of linking the pan / tilt system, which can control the rotation of the equipment to view the on-site situation in all directions and support voice broadcasting. The visualization equipment includes smart safety helmets, control balls, cone barrels, law enforcement recorders, and monitoring equipment. The device monitoring module is used to achieve comprehensive real-time monitoring of the device, supporting voice calls, video content screenshots, recording, broadcasting, flash control and pan / tilt operation; The device positioning module is used to realize real-time positioning of the device, support video playback, voice broadcasting and viewing of historical records, so that users can monitor abnormal conditions of the device in real time to ensure the safety and normal operation of the device.

6. The highway engineering project intelligent supervision and management system according to claim 3 is characterized by: The labor management module includes a labor company module, a labor personnel module, an insurance information module and a one-click insurance module; The labor service company module is used to record and manage the basic information of each labor service company, so as to facilitate the evaluation of the qualifications and reputation of the labor service company; the basic information includes the company name, address, contact information, and qualification certification; The labor personnel module is used to record and manage the personal information of each labor personnel to facilitate personnel management and allocation; the personal information includes name, ID number, contact information, skill level, and work experience; The insurance information module is used to record and manage the insurance information of the service personnel to ensure that the service personnel enjoy the necessary protection during work; the insurance information includes the insurance type, insurance company, policy number, and policy validity period; The one-click insurance module is used to provide a convenient insurance function, allowing project managers to quickly insure laborers and simplify the insurance process.

7. The highway engineering project intelligent supervision and management system according to claim 3 is characterized by: The material management module includes a raw material storage module for a mixing station, an asphalt mixture storage module, a safety facility storage module, and a safety facility storage module. The raw material storage module of the mixing station is used to record the receipt of various raw materials. Each time the raw materials are stored, the specifications, quantity, batch, supplier information and storage date of the materials are recorded in detail to ensure the quality and traceability of the materials; The asphalt mixture delivery module is used to record the production and transportation arrangements of the mixture, including the mix ratio, quality, quantity, delivery date, destination and transportation method of each batch of the mixture, monitor the use of the mixture, and optimize production and supply chain management; The safety facility storage module is used to manage the storage of safety protection equipment, fire-fighting equipment, and first-aid supplies. When entering the warehouse, the specifications, models, manufacturers, quantity, unit price, production date, and validity period of the equipment are recorded in detail; The safety facility outbound module is used to manage the outbound delivery of safety protection equipment, fire-fighting equipment, and first-aid supplies. When outbound delivery, the specification model, purpose of use, user unit, outbound delivery time, responsible person, and return status are recorded in detail.

8. The highway engineering project intelligent supervision and management system according to claim 3 is characterized by: The engineering machinery management module includes a machinery ledger module, a machinery repair record module, a machinery maintenance record module, a machinery scrapping record module and a machinery operator information module; The mechanical ledger module is used to record and maintain basic information of mechanical equipment of each unit, safety operating procedures, mechanical insurance policies, mechanical certificates, mechanical structure drawings, mechanical operation manuals, mechanical maintenance manuals, mechanical repair instructions, third-party insurance, and mechanical photos. It supports real-time viewing of the use of mechanical equipment and provides historical use records and query functions to maintain and manage mechanical equipment information; The mechanical maintenance record module is used to record the maintenance status of mechanical equipment in each unit, support real-time tracking of equipment maintenance status, and also view the operating efficiency and service life of the equipment through equipment maintenance records; The mechanical maintenance record module is used to record the maintenance information of mechanical equipment of each unit, implement classification management of maintenance types for different machines, and support users to quickly view and filter; maintenance information includes maintenance time, maintenance cost, maintenance type, and time since the last maintenance; The mechanical scrapping record module is used to record the scrapping information of mechanical equipment of each unit in detail, understand the life and operating status of the equipment, discover potential problems in time, avoid serious failures and dangers, and provide important reference for equipment maintenance and updating; scrapping information includes scrapping time, reason and related documents; The machine operator information module is used by each unit to record the information of professionals engaged in machine operation and maintenance; the professional information includes the operator's name, type and relevant certificates.

9. The highway engineering project intelligent supervision and management system according to claim 3 is characterized by: The transport management module includes a transport company module, a transport vehicle module, a transport personnel module and a personnel training module; The transport company module is used to record and manage the transport company's operational information; the operational information includes the company name, business license, legal representative, establishment time, business scope, number of vehicles owned, number of drivers in service, and the review status and opinions of the signed contract; The transport vehicle module is used to record and manage the information of all transport vehicles in the project; the vehicle information includes the company to which the vehicle belongs, brand, model, safety inspection qualification period and vehicle insurance status; The transport personnel module is used to record and manage the information of all transport vehicle drivers in the project; the driver's information includes name, gender, photo, age, phone number, driver's license information and real-name authentication status; The personnel training module is used to record and manage the training information of the transport vehicle drivers in the daily transport activities of the project; the training information includes the training name, the driver's company, the training time, location and content.

10. The highway engineering project intelligent supervision and management system according to claim 3 is characterized by: The legal affairs management module includes three legal review modules, a monthly report submission module, and a daily activity reporting module; The three legal review modules are used to manage contract performance records, rules and regulations records, and major decision records to ensure compliance and information transparency; the key information recorded in the contract performance record includes number, contract amount, Party A and Party B, review status, review time, performance status, and payment period; the key information recorded in the rules and regulations record and major decision record includes number, submission date, relevant departments, and current review status; they are also used for the review, filing, and record information management of various contracts; the contracts include three legal review contracts, rules and regulations contracts, and major decision contracts, and the recorded information includes contract type, date, process, status, and opinions; The monthly report filling module is used to count the cases involved in litigation and manage three legal review reports, and supports viewing the monthly legal review situation; the cases involved in litigation include the statistical summary of cases involved in litigation, the status of pending cases and the status of enforcement cases; the three legal review reports include three legal review reports, rules and regulations reports and major decision reports; The daily activity reporting module is used to manage the reporting status of daily activities; the reporting status is divided into two states: incomplete reporting and completed reporting.

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