Project construction site process management system

Abstract

The invention provides a project construction site process management system, relates to the technical field of constructional engineering and information management, and solves the current limitation problem of a project construction site. In the system, a project personnel checking module carries out admission management and performance checking on field personnel; the data input / review module inputs process data of a project construction site into the system, reviews the process data and temporarily stores the process data at the same time; the data archiving / querying module constructs a corresponding database according to a project division mode, archives the entered process data into the database and provides query; the violation behavior recognition module recognizes and records whether the operator has violation behaviors or not; the project site access module monitors and warns other personnel who enter the project construction site without permission; the on-site maintenance power distribution control module accesses an on-site maintenance power distribution cabinet into the system and carries out safety management on temporary electrical loads of a project construction site. The project site management quality is effectively improved, and safety accidents can be prevented.

Description

Technical Field

[0001] The present invention relates to the field of construction engineering and information management technology, and is applied to aspects such as process data review, project personnel identification, and safety violation identification at a project construction site, and specifically relates to a project construction site process management system. Background Art

[0002] At the construction site of a project, safety management and process data management are key links to ensure the smooth progress of the project. However, in the actual operation process, habitual and unconscious violations of regulations frequently occur, which not only poses a serious threat to the safety of construction workers, but also brings uncertainty to the smooth progress of the entire project. In addition, the management procedures of important documents such as project process files, pre-shift records, and work tickets at the work site are often not standardized, especially in projects with high personnel turnover. These problems are particularly prominent. Since new employees may lack sufficient training or have insufficient understanding of rules and regulations, coupled with the changing conditions on site, safety management and data management face huge challenges.

[0003] To address the above issues, the current practice commonly adopted by the industry is to set up full-time supervisors at the project management site. The responsibilities of these supervisors include but are not limited to supervising whether the on-site operations meet safety standards, and checking and maintaining the accuracy and completeness of various document records.

[0004] However, the effectiveness of this method depends largely on the personal qualities of the supervisor, such as his / her work experience, professional and technical level, and attitude towards fulfilling his / her duties. Faced with a complex and changing work environment, even experienced supervisors find it difficult to cover all aspects, especially when there are multiple work surfaces, frequent personnel turnover, and high operational risks. This traditional management model that relies on the ability of individual personnel is inadequate. As a result, management omissions may occur at the project site, increasing the risk of safety accidents, and may lead to the loss of important project process data, thus affecting the subsequent work and the final acceptance of the project.

[0005] Therefore, it is particularly important to develop a technical solution that can more efficiently support construction site safety management and data management, and has become a focus of recent attention for technical personnel in this field. Summary of the invention

[0006] Based on the current status of the background technology, the purpose of the present invention is to solve the current limitations in the project construction site safety management and project process data management, and therefore proposes a project construction site process management system. Through the system of the present invention, personnel entering the project construction site are identified and controlled, project construction process data are checked and archived, illegal behaviors at the project construction site are identified and reminded, and technical data required for the project are queried; in this way, on-site supervisors can be assisted to carry out on-site management more efficiently, improve the quality of project site management, and prevent safety accidents.

[0007] The present invention adopts the following technical solutions to achieve the purpose:

[0008] A project construction site process management system includes a system server and multiple functional modules connected thereto, wherein:

[0009] System server, used to centrally manage and process project construction site process management data, and support information interaction and collaborative work between various functional modules;

[0010] Project personnel verification module, used to manage access and verify the performance of on-site personnel based on pre-stored identity information;

[0011] The data entry / review module is used to convert the process data of the project construction site from paper documents to electronic documents, enter them into the system for review, and temporarily store the data until it is archived;

[0012] The data archiving / query module is used to build a corresponding database according to the project division method, archive the process data of the project construction site that has been entered into the system into the database, and provide database query services;

[0013] Illegal behavior identification module, used to identify and record whether workers at the project construction site have committed illegal behaviors;

[0014] The project site access module is used to monitor and warn other personnel who enter the project construction site without permission, and record the monitoring warning data;

[0015] The on-site maintenance power distribution control module is used to connect the on-site maintenance power distribution cabinet to the system, and to safely manage the temporary power load at the project construction site through the on-site maintenance power distribution cabinet.

[0016] Furthermore, the project personnel verification module specifically includes:

[0017] A face recognition unit, used to capture facial images of on-site personnel through a camera;

[0018] A sign-in and clock-in unit, connected to the face recognition unit, realizes personnel sign-in and on-site access functions based on the face image;

[0019] An identity verification unit, connected to the sign-in and punch-in unit, verifies the identity of the on-site personnel by matching the captured facial image with the human data pre-stored in the system;

[0020] The duty performance verification unit is connected to the identity verification unit and is used to verify whether the on-site personnel with a preset identity are present on-site to perform their duties in person.

[0021] Furthermore, the data entry / review module specifically includes:

[0022] Data conversion unit, used to convert process data on the project construction site from paper documents to electronic documents through a scanner;

[0023] An electronic storage unit, connected to the data conversion unit, for receiving and storing the electronic document for subsequent retrieval;

[0024] A compliance assessment unit, connected to the electronic storage unit, checks the stored electronic documents according to a preset document template, and assesses the compliance of the project construction site process data in combination with the on-site work characteristics pre-entered into the system;

[0025] The prompt information generating unit provides prompt information on whether the safety work at the project construction site complies with regulations through sound and light equipment based on the results given by the compliance assessment unit.

[0026] Furthermore, the violation behavior identification module specifically includes:

[0027] An image acquisition unit, used to capture image data of the project construction site through a camera;

[0028] A safety regulation identification unit connected to the image acquisition unit, used to identify whether the on-site personnel comply with the safety regulations through the image data;

[0029] A violation recording unit is connected to the safety regulation identification unit, and when it is identified that the on-site personnel do not comply with the safety regulations, it is identified as a violation and the corresponding image data is automatically recorded;

[0030] A warning prompt unit, connected to the violation recording unit, sends a warning message to the project construction site through a loudspeaker when a violation is identified;

[0031] The high temperature area identification unit is connected to the image acquisition unit and is used to identify the high temperature area of ​​the project construction site through the image data, and detect whether there are any violations related to the high temperature area in combination with the pre-entered on-site operation characteristics.

[0032] Furthermore, when the system is deployed at the project construction site, it is also equipped with a variety of auxiliary equipment; the auxiliary equipment includes a main cabinet, an infrared electronic fence, a conventional camera, an infrared camera and an on-site maintenance distribution cabinet, among which:

[0033] The main cabinet is used to provide a working space for the system server and its connected functional modules; the infrared electronic fence is composed of no less than four infrared sensors, which is used to demarcate the closed area at the project construction site and serves as the hardware basis of the project site access module; conventional cameras are installed at one or more locations at the project construction site to capture image data of the project construction site; infrared cameras are installed at one or more locations at the construction site to monitor the temperature conditions of the project construction site; the on-site maintenance distribution cabinet is used to perform linkage control with the system and provide multiple different maintenance power supply conditions for the project construction site.

[0034] In summary, due to the adoption of this technical solution, the beneficial effects of the present invention are as follows:

[0035] 1. The system of the present invention can realize the identification and access management of on-site construction personnel, and effectively prevent attendance problems such as personnel impersonation, lateness and early departure.

[0036] 2. The system of the present invention can realize the review and archiving of on-site process documents, effectively preventing the problems of non-standard and easy loss of on-site process documents; it also has a file retrieval function, which can provide reference documents and technical support for on-site construction and management personnel.

[0037] 3. The system of the present invention can achieve the effect of automatic supervision and management of the work behavior of on-site construction personnel. For example, by combining big data and intelligent AI algorithms, it can automatically identify the violations of on-site construction personnel, and automatically take photos and record them and issue on-site warnings. By controlling the on-site maintenance of distribution cabinets, the system of the present invention can also effectively reduce the workload of management personnel and the risk of construction electricity use.

[0038] 4. The system of the present invention can realize the function of remote network connection, thereby providing related functions such as viewing, message push, file data transmission and control of remote multi-terminal devices. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] Figure 1 It is a schematic diagram of the module structure of the system of the present invention;

[0040] Figure 2 A schematic diagram of the functional units of the project personnel verification module in the system of the present invention;

[0041] Figure 3 A schematic diagram of the functional units of the data entry / review module in the system of the present invention;

[0042] Figure 4 A schematic diagram of the functional units of the data archiving / query module in the system of the present invention;

[0043] Figure 5 Schematic diagram of the functional units of the violation behavior identification module in the system of the present invention;

[0044] Figure 6 It is a schematic diagram of the functional units of the project site access module in the system of the present invention;

[0045] Figure 7 A schematic diagram of the functional units of the on-site maintenance power distribution control module in the system of the present invention;

[0046] Figure 8 It is a schematic diagram of the main cabinet and the on-site maintenance distribution cabinet equipped in the system of the present invention;

[0047] Fig. 9 This is a schematic diagram of the construction operation area demarcated when the system of the present invention is deployed. DETAILED DESCRIPTION

[0048] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Generally, the components of the embodiments of the present invention described and shown in the drawings here can be arranged and designed in various different configurations.

[0049] Therefore, the following detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0050] Example

[0051] like Figure 1 As shown, a project construction site process management system includes a system server and multiple functional modules connected thereto, wherein:

[0052] System server, used to centrally manage and process project construction site process management data, and support information interaction and collaborative work between various functional modules;

[0053] Project personnel verification module, used to manage access and verify the performance of on-site personnel based on pre-stored identity information;

[0054] The data entry / review module is used to convert the process data of the project construction site from paper documents to electronic documents, enter them into the system for review, and temporarily store the data until it is archived;

[0055] The data archiving / query module is used to build a corresponding database according to the project division method, archive the process data of the project construction site that has been entered into the system into the database, and provide database query services;

[0056] Illegal behavior identification module, used to identify and record whether workers at the project construction site have committed illegal behaviors;

[0057] The project site access module is used to monitor and warn other personnel who enter the project construction site without permission, and record the monitoring warning data;

[0058] The on-site maintenance power distribution control module is used to connect the on-site maintenance power distribution cabinet to the system, and to safely manage the temporary power load at the project construction site through the on-site maintenance power distribution cabinet.

[0059] like Figure 2 As shown in the figure, the project personnel verification module specifically includes:

[0060] A face recognition unit, used to capture facial images of on-site personnel through a camera;

[0061] A sign-in and clock-in unit, connected to the face recognition unit, realizes personnel sign-in and on-site access functions based on the face image;

[0062] The identity verification unit is connected to the sign-in and punch-in unit, and verifies the identity of the on-site personnel by matching the captured facial image with the human data pre-stored in the system to prevent identity fraud;

[0063] The duty performance verification unit is connected to the identity verification unit and is used to verify whether on-site personnel with preset identities (including construction personnel, safety officers, project managers, etc.) are present on site to perform their duties.

[0064] like Figure 3 As shown, the data entry / review module specifically includes:

[0065] The data conversion unit is used to convert the process data of the project construction site (including work tickets, pre-shift meeting records, monitoring logs, on-site monitoring cards and work permits, etc.) from paper documents to electronic documents through a scanner;

[0066] An electronic storage unit, connected to the data conversion unit, for receiving and storing the electronic document for subsequent retrieval;

[0067] A compliance assessment unit, connected to the electronic storage unit, checks the stored electronic documents according to a preset document template, and assesses the compliance of the project construction site process data in combination with the on-site work characteristics pre-entered into the system;

[0068] The prompt information generating unit is based on the results given by the compliance assessment unit (for example, whether the confined space operation has obtained a work permit, whether the hot work has obtained a hot work ticket, whether a pre-shift meeting has been conducted on the day, whether all team members have signed and confirmed the work ticket, etc.), and provides prompt information on whether the safety work at the project construction site complies with regulations through audio-visual equipment (including displays and loudspeakers, etc.).

[0069] like Figure 4 As shown, the data archiving / query module specifically includes:

[0070] Database management unit, used to establish separate databases according to different projects;

[0071] A data archiving unit is connected to the database management unit, and archives the process data of the project construction site temporarily stored in the data entry / review module according to a preset file management format, and forms a full-process data library of the corresponding project after archiving to the corresponding database;

[0072] A search and query unit, connected to the whole process database, is used to search and query archived data files (such as project contracts, construction organization design, project safety disclosure materials, hazard sources and risk control measures, special construction plans, and personnel qualification certificates, etc.) during the project implementation process;

[0073] The network query support unit is used to provide Internet access services and retrieve and query external documents from the network (such as relevant laws, regulations and standards, etc.) during the project implementation process.

[0074] like Figure 5 As shown, the violation behavior identification module specifically includes:

[0075] An image acquisition unit, used to capture image data of the project construction site through a camera;

[0076] A safety regulation identification unit connected to the image acquisition unit is used to identify whether the on-site personnel comply with the safety regulations through the image data, including but not limited to wearing a hard hat, wearing work clothes that meet the regulations, fastening a safety belt and a safety rope, and whether there are behaviors such as climbing over a fence or improperly handling tools and materials;

[0077] A violation recording unit is connected to the safety regulation identification unit, and when it is identified that the on-site personnel do not comply with the safety regulations, it is identified as a violation and the corresponding image data is automatically recorded;

[0078] A warning prompt unit is connected to the violation recording unit, and when a violation is identified, a warning message is sent to the project construction site through a loudspeaker to stop the violation;

[0079] The high temperature area identification unit is connected to the image acquisition unit and is used to identify the high temperature area of ​​the project construction site through the image data, and to detect whether there are any illegal behaviors related to the high temperature area (such as illegal fire or smoking on site, etc.) in combination with the pre-entered on-site operation characteristics (such as whether there is any hot work).

[0080] like Figure 6 As shown in the figure, the project site access module includes:

[0081] Infrared electronic fence unit, used to deploy infrared electronic fence at preset locations on the project construction site to monitor the entry and exit status of on-site personnel;

[0082] A warning line setting unit is connected to the infrared electronic fence unit and is used to set a warning line matching the preset position when a preset specific activity (such as lifting operation, hot work and high-altitude operation, etc.) is performed at the preset position;

[0083] The real-time monitoring and response unit is connected to the warning line setting unit and is used to issue a warning through a loudspeaker and automatically record corresponding image data through a camera when unauthorized on-site personnel are monitored to enter the preset position.

[0084] like Figure 7 As shown in the figure, the on-site maintenance of the power distribution control module includes:

[0085] Network access unit, used to connect the on-site maintenance distribution cabinet to the system through the network;

[0086] The operation authority application and verification unit is used to allow low-voltage electricians to apply to the system for operation authority to repair the power distribution cabinet on site, and the project personnel will verify the module for identity verification;

[0087] A process review unit, connected to the operation authority application and verification unit, is used to review the process procedures (such as work ticket measures, daily inspection form of lower-level distribution boxes, etc.) before temporary power use through the data entry / review module;

[0088] A safety prompt unit, connected to the process review unit, is used to display safety precautions for temporary electricity use on a display screen after the process review is passed;

[0089] The on-site condition review unit is used to check and review the temporary power conditions at the project construction site (such as on-site power load, cable laying, grounding wire, etc.) by low-voltage electricians according to the safety precautions given by the safety reminder unit, and confirm them item by item through the system when they meet the requirements of the specifications;

[0090] The power distribution cabinet door control unit is connected to the on-site condition review unit, and automatically opens the cabinet door of the on-site maintenance power distribution cabinet after all temporary power conditions are confirmed;

[0091] The real-time monitoring and protection unit is used to monitor temporary power operations at the project construction site in real time with the assistance of the violation identification module, and automatically disconnect the main power supply of the on-site maintenance distribution cabinet when the risk of electric shock is monitored (for example, the operator forcibly opens the distribution cabinet, heavy objects crush the cables, the distribution cabinet door is opened and not closed, etc.).

[0092] In this embodiment, see Figure 1 The functional modules connected to the system server also include a broadcast / warning module; the broadcast / warning module is used to broadcast and warn corresponding information through a loudspeaker under the triggering of each functional module, including screen text information, warning information (such as unauthorized intrusion and violation of regulations), early warning information (such as weather warning) and prompt information (such as work ticket expiration prompt).

[0093] In this embodiment, see Figure 1 The functional modules connected to the system server also include a remote monitoring module; the remote monitoring module is used to connect the system to the factory-level safety management system through the network, remotely transmit the project construction site process management data processed by each functional module and provide remote access services; thereby, real-time monitoring of the surveillance camera screen, automatic push of violation photos, automatic sending of warning information, sign-in information, remote transmission of file templates, etc. can be achieved, making it convenient for other personnel to remotely view or receive information push through mobile phones or office computers.

[0094] Example 2

[0095] Based on Example 1, this example further introduces and explains various auxiliary equipment of the project construction site process management system. The auxiliary equipment includes a main cabinet, an infrared electronic fence, a conventional camera, an infrared camera, and an on-site maintenance distribution cabinet.

[0096] like Figure 8As shown in the figure, the main cabinet is placed at the construction site to provide workspace for the system server and its connected functional modules; the main cabinet is a movable metal cabinet with certain protective performance. The main cabinet is equipped with components such as an industrial computer as a system server, an uninterruptible power supply (UPS), a network module, a display, a file scanner, an input keyboard, a mouse, a face recognition camera, a sound amplification device, and a warning light. The industrial computer is pre-installed with the project construction site process management software, which runs under the function of each functional module of the system and aims to realize functions such as personnel identity verification, data review, information retrieval, violation behavior identification, warning information output, and network connection.

[0097] like Fig. 9 As shown, the infrared electronic fence consists of no less than four infrared sensors, which are used to demarcate a closed area at the project construction site and serve as the hardware basis of the project site access module. Entering or leaving the area can activate the response of the infrared sensor and transmit the relevant action information to the system server, realizing the statistics of personnel entering and leaving and real-time monitoring response.

[0098] Conventional cameras can be installed at appropriate locations on the construction site to monitor the working conditions of the construction site. The monitoring images will be transmitted to the system server and the pre-installed management software will be used to identify illegal behaviors.

[0099] Infrared cameras can be installed at appropriate locations on the construction site to monitor the temperature conditions at the construction site. Real-time temperature monitoring can effectively capture abnormally high temperature points in the construction area. The monitoring images will be transmitted to the main control device in real time, and the pre-installed management software will be used to identify smoking, illegal fire and other behaviors.

[0100] The on-site maintenance power distribution cabinet is equipped with a network communication module, which can realize linkage control with the project construction site process management system by controlling the opening of the cabinet door and the on and off of the circuit breaker through the network. Its basic parameters include: voltage AC380V, rated current 250A, frequency 50HZ; its configuration includes power indicator light, voltmeter, ammeter, main incoming line switch, main relay, thermal relay, fuse, circuit breaker, quick plug connector, etc., and can provide at least two AC380V three-phase and four AC220V two-phase maintenance power supply conditions.

Claims

1. A project construction site process management system, characterized in that: It includes a system server and multiple functional modules connected to it, including: System server, used to centrally manage and process project construction site process management data, and support information interaction and collaborative work between various functional modules; Project personnel verification module, used to manage access and verify the performance of on-site personnel based on pre-stored identity information; The data entry / review module is used to convert the process data of the project construction site from paper documents to electronic documents, enter them into the system for review, and temporarily store the data until it is archived; The data archiving / query module is used to build a corresponding database according to the project division method, archive the process data of the project construction site that has been entered into the system into the database, and provide database query services; Illegal behavior identification module, used to identify and record whether workers at the project construction site have committed illegal behaviors; The project site access module is used to monitor and warn other personnel who enter the project construction site without permission, and record the monitoring warning data; The on-site maintenance power distribution control module is used to connect the on-site maintenance power distribution cabinet to the system, and to safely manage the temporary power load at the project construction site through the on-site maintenance power distribution cabinet.

2. The project construction site process management system according to claim 1, characterized in that: The project personnel verification module specifically includes: A face recognition unit, used to capture facial images of on-site personnel through a camera; A sign-in and clock-in unit, connected to the face recognition unit, realizes personnel sign-in and on-site access functions based on the face image; An identity verification unit, connected to the sign-in and punch-in unit, verifies the identity of the on-site personnel by matching the captured facial image with the human data pre-stored in the system; The duty performance verification unit is connected to the identity verification unit and is used to verify whether the on-site personnel with a preset identity are present on-site to perform their duties in person.

3. The project construction site process management system according to claim 1, characterized in that: The data entry / review module specifically includes: Data conversion unit, used to convert process data on the project construction site from paper documents to electronic documents through a scanner; An electronic storage unit, connected to the data conversion unit, for receiving and storing the electronic document for subsequent retrieval; A compliance assessment unit, connected to the electronic storage unit, checks the stored electronic documents according to a preset document template, and assesses the compliance of the project construction site process data in combination with the on-site work characteristics pre-entered into the system; The prompt information generating unit provides prompt information on whether the safety work at the project construction site complies with regulations through sound and light equipment based on the results given by the compliance assessment unit.

4. The project construction site process management system according to claim 1, characterized in that: The data archiving / query module specifically includes: Database management unit, used to establish separate databases according to different projects; A data archiving unit is connected to the database management unit, and archives the process data of the project construction site temporarily stored in the data entry / review module according to a preset file management format, and forms a full-process data library of the corresponding project after archiving to the corresponding database; A search and query unit, connected to the whole process database, is used to search and query archived data files during the project implementation process; The network query support unit is used to provide Internet access services to retrieve and query external files from the network during project implementation.

5. The project construction site process management system according to claim 1, characterized in that: The violation behavior identification module specifically includes: An image acquisition unit, used to capture image data of the project construction site through a camera; A safety regulation identification unit connected to the image acquisition unit, used to identify whether the on-site personnel comply with the safety regulations through the image data; A violation recording unit is connected to the safety regulation identification unit, and when it is identified that the on-site personnel do not comply with the safety regulations, it is identified as a violation and the corresponding image data is automatically recorded; A warning prompt unit, connected to the violation recording unit, sends a warning message to the project construction site through a loudspeaker when a violation is identified; The high temperature area identification unit is connected to the image acquisition unit and is used to identify the high temperature area of ​​the project construction site through the image data, and detect whether there are any violations related to the high temperature area in combination with the pre-entered on-site operation characteristics.

6. The project construction site process management system according to claim 1, characterized in that: The project site access module specifically includes: Infrared electronic fence unit, used to deploy infrared electronic fences at preset locations on the project construction site to monitor the entry and exit status of on-site personnel; A warning line setting unit, connected to the infrared electronic fence unit, is used to set a warning line matching the preset position when a preset specific activity is performed at the preset position; The real-time monitoring and response unit is connected to the warning line setting unit and is used to issue a warning through a loudspeaker and automatically record corresponding image data through a camera when unauthorized on-site personnel are monitored to enter the preset position.

7. The project construction site process management system according to claim 1, characterized in that: The on-site maintenance power distribution control module specifically includes: Network access unit, used to connect the on-site maintenance distribution cabinet to the system through the network; The operation authority application and verification unit is used to allow low-voltage electricians to apply to the system for operation authority to repair the power distribution cabinet on site, and the project personnel will verify the module for identity verification; A process review unit, connected to the operation authority application and verification unit, is used to review the process procedures before temporary power use through the data entry / review module; A safety prompt unit, connected to the process review unit, is used to display safety precautions for temporary electricity use on a display screen after the process review is passed; The on-site condition review unit is used for low-voltage electricians to check and review temporary power conditions at the project construction site based on the safety precautions given by the safety reminder unit, and confirm item by item through the system when they meet the regulatory requirements; The power distribution cabinet door control unit is connected to the on-site condition review unit, and automatically opens the cabinet door of the on-site maintenance power distribution cabinet after all temporary power conditions are confirmed; The real-time monitoring and protection unit is used to monitor temporary power operations at the project construction site in real time with the assistance of the violation identification module, and automatically disconnect the main power supply of the on-site maintenance distribution cabinet when the risk of electric shock is monitored.

8. The project construction site process management system according to claim 1, characterized in that: The functional modules connected to the system server also include a broadcast / warning module; the broadcast / warning module is used to broadcast and warn corresponding information through a loudspeaker under the triggering of each functional module, including screen text information, warning information, early warning information and prompt information.

9. The project construction site process management system according to claim 1, characterized in that: The functional modules connected to the system server also include a remote monitoring module; the remote monitoring module is used to connect the system to the factory-level safety management system through the network, remotely transmit the project construction site process management data processed by each functional module and provide remote access services.

10. The project construction site process management system according to claim 1, characterized in that: When the system is deployed at the project construction site, it is also equipped with a variety of auxiliary equipment; the auxiliary equipment includes a main cabinet, infrared electronic fence, conventional cameras, infrared cameras and on-site maintenance distribution cabinets, among which: The main cabinet is used to provide a working space for the system server and various functional modules connected thereto; The infrared electronic fence consists of no less than four infrared sensors, which are used to demarcate the closed area at the project construction site and serve as the hardware basis of the project site access module; Conventional cameras are installed at one or more locations on the project construction site to capture image data of the project construction site; Infrared cameras are installed at one or more locations on the construction site to monitor the temperature conditions at the project construction site; The on-site maintenance power distribution cabinet is used to carry out linkage control with the system and provide multiple different maintenance power supply conditions for the project construction site.

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