Implementation Method and System for Inspection and Management of High-Risk and Major Projects at the Construction Site of Construction Enterprises

Abstract

The present invention provides a method and system for realizing the inspection and management of major dangerous projects on the construction site of construction enterprises. The method displays the major dangerous projects within the engineering projects of construction enterprises on a display screen in combination with geographical location information, and authorizes relevant personnel to view the situation of major dangerous projects and statistical reports of each project; according to the review results of each major dangerous project uploaded by the cloud server, the levels and inspection situations of major dangerous projects are marked by colors on the display screen, accepts various inspection tasks issued by supervisors, notifies corresponding inspectors to conduct on-site inspections, and monitors the status of major dangerous projects in real time. The present invention realizes the safety inspection management of major dangerous projects efficiently and in batches by real-time monitoring the safety inspection results of all major dangerous projects through intelligent terminals, which is convenient for supervisors to timely understand the inspection situations of each major dangerous project and monitor the early warning and alarm information of each major dangerous project, thus ensuring construction safety.

Description

Technical Field

[0001] The present invention relates to the technical field of safety inspection for major dangerous projects at construction sites, and particularly to a method and system for realizing the inspection and management of major dangerous projects at the construction sites of construction enterprises. Background Art

[0002] Major dangerous projects are sub - projects that exist during the construction of housing construction and municipal infrastructure projects and may lead to mass deaths and injuries of workers or cause significant adverse social impacts. Due to reasons such as inadequate safety inspections and detections during the project construction process and workers' illegal operations, malignant safety accidents occur frequently, causing huge losses to people's lives and property.

[0003] There are many responsible parties for the safety management of major dangerous projects, including construction project supervision agencies, construction units, survey, design, construction, and supervision units, etc. It is difficult to establish safety inspections for major dangerous projects and implement the responsibilities of all parties. In particular, responsible entities such as the Housing and Urban - Rural Development Bureau and construction contractors cannot directly view the inspection status of major dangerous projects within their responsible areas. Generally, they can only confirm whether safety inspections have been completed for each major dangerous project through corresponding statistical reports, resulting in chaotic management among multiple parties and being unable to effectively supervise and manage the safety inspection and management of major dangerous projects.

[0004] Therefore, to further standardize major dangerous projects and prevent the occurrence of relatively large and above accidents, the existing technology still needs to be improved and developed. Summary of the Invention

[0005] The technical problem to be solved by the present invention is that, aiming at the existing technical defects, the present invention provides a method and system for realizing the inspection and management of major dangerous projects at the construction sites of construction enterprises, aiming to monitor the safety inspection results of all major dangerous projects within a certain range in real - time through intelligent terminals, facilitating supervisors to timely understand the inspection status of each major dangerous project, and timely issuing temporary inspection tasks for special situations to the corresponding inspectors through intelligent terminals to notify the inspectors to conduct on - site inspections. At the same time, it monitors the early warning and alarm information of each major dangerous project in real - time, realizes the safety management of major dangerous projects, and ensures the construction safety of major dangerous projects.

[0006] The technical solution adopted by the present invention to solve the technical problem is as follows:

[0007] A method for realizing the inspection and management of major dangerous projects at the construction sites of construction enterprises, characterized in that the method for realizing the inspection and management of major dangerous projects at the construction sites of construction enterprises includes:

[0008] Identify and number all major dangerous projects within a preset area, and display the numbered major dangerous projects on the display screen in combination with geographical location information, and authorize supervisors to view the situations and statistical reports of all major dangerous projects;

[0009] According to the review results of each major hazardous project uploaded by the cloud server, mark the levels and inspection situations of each major hazardous project on the display screen through color transformation. The review results are the review results of the cloud server on the photos and videos of all inspection points of the major hazardous projects;

[0010] Receive various inspection tasks issued by the supervisors, notify the corresponding inspectors to conduct on-site inspections, and monitor the early warning and alarm information of each major hazardous project in real time;

[0011] Set the display according to the RFID electronic tag punching points of the major hazardous projects. After each point is punched, activated, collected, and inspected and passed, the point shows a passed sign, otherwise it shows not passed. At each inspection point, click to open the photos and videos collected during the review of this point;

[0012] The receiving of various inspection tasks issued by the supervisors, notifying the corresponding inspectors to conduct on-site inspections, and monitoring the early warning and alarm information of each major hazardous project in real time include:

[0013] The intelligent terminal receives in real time the temporary inspection tasks for special situations and daily inspections issued by the supervisors;

[0014] The intelligent terminal sends relevant tasks to the inspectors corresponding to each major hazardous project through the cloud server, and notifies the corresponding inspectors to complete the on-site inspection and upload inspection materials within the specified time;

[0015] The intelligent terminal checks and receives the early warning and alarm information of each major hazardous project in real time, and is used to notify relevant personnel to handle it in time;

[0016] The receiving of various inspection tasks issued by the supervisors, notifying the corresponding inspectors to conduct on-site inspections includes:

[0017] After the intelligent terminal receives various regular inspections, special inspections, and daily inspection tasks issued by the supervisors of major hazardous projects, it batches and sends them to the inspectors with one key within the preset area. The tasks stipulate the specific content of the photos and videos. After the tasks are issued, the corresponding inspectors operate on-site, and the uploaded photos and videos are used to confirm whether the inspection has passed;

[0018] Judge and prompt whether each inspector has completed the task within the specified time and whether the task has been completed according to the set requirements; select warnings or send back with one key for reinspection in the cases of uncompleted and unqualified completions;

[0019] Identifying and numbering all major hazardous projects within the preset area, and displaying the numbered major hazardous projects on the display screen in combination with geographical location information, authorizing supervisors to view the situations and statistical reports of all major hazardous projects; specifically including:

[0020] The intelligent terminal pre-collects the number information of all major hazardous projects within a preset area, and when a corresponding symbol is clicked, it displays the detailed information of the corresponding major hazardous project, and combines the geographical location information of the major hazardous project for display on the display screen;

[0021] According to different users, authorized supervisors can view the situations of all major hazardous projects and the corresponding statistical reports within their authorized scopes, which are used to intuitively confirm the inspection situations of major hazardous projects;

[0022] The intelligent terminal receives the audit results of each major hazardous project uploaded by the cloud server;

[0023] The intelligent terminal pre-sets the inspection results corresponding to colors. According to the results uploaded by the cloud server, the inspection situations of each major hazardous project are represented by color changes and are displayed on the display screen of the intelligent terminal in real time.

[0024] To further improve the above technical solution, the inspection results corresponding to the pre-set colors of the intelligent terminal are specifically:

[0025] Grey, green, yellow, and red are used to represent different inspection results respectively. Green indicates that the task has been completed, blue indicates that the task is in progress, yellow indicates that the completion is unqualified, and red indicates that the task has not been completed. Special attention needs to be paid to the yellow exclamation mark icon within the triangle for display, and the inspection situations of each major hazardous project can be viewed in real time through the colors of each point on the display screen.

[0026] Furthermore, the implementation method for inspecting and managing major hazardous projects on the construction site of construction enterprises further includes:

[0027] When the intelligent terminal detects that the symbol representing a certain major hazardous project on the current display interface is clicked, the corresponding major hazardous project is enlarged and displayed on the display screen;

[0028] View the inspection results of each inspection point of the major hazardous project through the major hazardous project on the display screen, and the inspection results are also identified by different colors.

[0029] Among them, the intelligent terminal includes: a multi-functional display screen, a smart phone, a tablet computer, a desktop computer, and a laptop computer.

[0030] A system for implementing the inspection and management of major dangerous projects on the construction site of construction enterprises. Among them, the system for implementing the inspection and management of major dangerous projects on the construction site of construction enterprises includes: a memory, a processor, and an implementation program for the inspection and management of major dangerous projects on the construction site of construction enterprises that is stored on the memory and can run on the processor. When the implementation program for the inspection and management of major dangerous projects on the construction site of construction enterprises is executed by the processor, the steps of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises as described above are realized.

[0031] A database for the inspection and management of major dangerous projects on the construction site of construction enterprises. Among them, the database stores an implementation program for the inspection and management of major dangerous projects on the construction site of construction enterprises. When the implementation program for the inspection and management of major dangerous projects on the construction site of construction enterprises is executed by a processor, the steps of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises as described above are realized. Brief Description of the Drawings

[0032] Figure 1 The flowchart of the embodiment of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises in the present invention;

[0033] Figure 2 The flowchart of step S10 in the embodiment of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises in the present invention;

[0034] Figure 3 The flowchart of step S20 in the embodiment of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises in the present invention;

[0035] Figure 4 The flowchart of step S30 in the embodiment of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises in the present invention;

[0036] Figure 5 The operation flowchart of the embodiment of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises in the present invention;

[0037] Figure 6 The schematic diagram of the operating environment of the embodiment of the system for implementing the inspection and management of major dangerous projects on the construction site of construction enterprises in the present invention. Detailed Description of the Embodiment

[0038] To make the purpose, technical solutions and advantages of the present invention clearer and more definite, the following further elaborates on the present invention by way of examples with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0039] The implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises described in the embodiment of the present invention, as Figure 1As shown in the figure, the implementation method for inspecting and managing major dangerous projects on the construction site of construction enterprises includes the following steps:

[0040] Step S10: Display all numbered major dangerous projects within a preset area or jurisdiction on the display screen in combination with geographical location information, and authorize supervisors to view the situations of all major dangerous projects and statistical reports.

[0041] Specifically, number the major dangerous projects within a certain range in advance, send them to the intelligent terminal for storage through the cloud server, and there will be multiple major dangerous projects distributed in different places within a certain range. Then, display them on the display screen in the form of symbols (such as circles) according to the numbers of different major dangerous projects in combination with the geographical locations where each major dangerous project is located. At the same time, authorize the supervisors (such as the responsible entities like the Housing and Urban-Rural Development Bureau and construction contractors) accordingly, so that they can see the situations of all major dangerous projects within their authority, and the corresponding statistical reports will also be displayed, thus enabling an intuitive confirmation of the inspection situations of major dangerous projects.

[0042] For the specific process, please refer to Figure 2 , which is the flowchart of step S10 in the implementation method for inspecting and managing major dangerous projects on the construction site of construction enterprises provided by the present invention.

[0043] As Figure 2 shown, the said step S10 includes:

[0044] S11: The intelligent terminal pre-collects the number information of all major dangerous projects within the preset area. When clicking on the symbol corresponding to the number, the detailed information of the corresponding major dangerous project is displayed and is also displayed on the display screen in combination with the geographical location information where the major dangerous project is located;

[0045] S12: According to different users, authorize supervisors to view the situations of all major dangerous projects within their authority, as well as the corresponding statistical reports, for an intuitive confirmation of the inspection situations of major dangerous projects.

[0046] Step S20: According to the review results of each major dangerous project uploaded by the cloud server, mark the inspection situations of each major dangerous project on the display screen through color transformation.

[0047] Specifically, the inspection results corresponding to the preset colors of the intelligent terminal are as follows: gray, green, yellow, and red are used to represent different inspection results respectively. Gray indicates that the task is not completed, green indicates that the task is completed, yellow indicates that the task is in progress, and red indicates that the completion is unqualified. The ones that require special attention are displayed through the yellow exclamation mark icon inside the triangle. The inspection status of each major dangerous project can be viewed in real time through the colors of the points on the display screen. Then, it is possible to clearly know the inspection status of each major dangerous project at a glance through the display screen. Through the color change of the simple graphics corresponding to each inspection part, the process and results of the inspection and detection can be intuitively displayed.

[0048] Through the display screen of the intelligent terminal, the task retrieval and execution details, area retrieval and execution details, company retrieval and execution details, and equipment retrieval and execution details can be viewed. And it is possible to clearly know the inspection status of each major dangerous project in the entire monitoring area through the color markings, easily obtain the dynamics of major dangerous projects within the jurisdiction, support multi-keyword search, and generate relevant reports. The data, images, and videos are stored in the cloud server and will never be lost.

[0049] For the specific process, please refer to Figure 3 , which is the flowchart of step S20 in the implementation method for the inspection and management of major dangerous projects at the construction site of construction enterprises provided by the present invention.

[0050] As Figure 3 shown, the step S20 includes:

[0051] S21. The intelligent terminal receives the review results of each major dangerous project uploaded by the cloud server, and the review results are the review results of the cloud server on the photos and videos of all inspection points of the major dangerous project;

[0052] S22. The intelligent terminal presets the inspection results corresponding to the colors, represents the inspection status of each major dangerous project through color transformation according to the results uploaded by the cloud server, and displays it in real time on the display screen of the intelligent terminal.

[0053] Step S30. Receive various inspection tasks issued by the supervisors, notify the corresponding inspectors to conduct on-site inspections, and monitor the early warning and alarm information of each major dangerous project in real time.

[0054] Specifically, in this jurisdiction (preset area), routine tasks, special tasks, and temporary inspection tasks for special situations are sent in one key batch, such as special inspections and handling before and after special environments like strong winds and heavy snow. After the tasks are sent, the corresponding inspectors can operate on-site. The uploaded video and photo data can be used to determine whether the inspection has passed. The implementation of anti-typhoon, anti-rainstorm, flood prevention and other measures in relevant areas, as well as post-disaster resumption of work inspections, can be directly judged through small videos, pictures, etc. It is simple and efficient, realizing closed-loop management, thus ensuring safety. By setting the completion time and quality requirements, the actual implementation situation is intelligently fed back; the all-round search function based on the real geographical location makes the task release, execution monitoring, completion feedback, etc. clear at a glance; single and batch operations are simple and fast, and the early warning and alarm situations can be intelligently controlled at any time.

[0055] For the specific process, please refer to Figure 4 , which is the flowchart of step S30 in the implementation method for the inspection and management of major hazardous projects on the construction site provided by the present invention.

[0056] As Figure 4 shown, the step S30 includes:

[0057] S31. The intelligent terminal receives in real time the temporary inspection tasks for special situations issued by the supervisors and the set regular inspections.

[0058] S32. The intelligent terminal sends the relevant tasks to the inspectors corresponding to each major hazardous project through the cloud server, and notifies the corresponding inspectors to complete the on-site inspection and upload the inspection materials within the specified time.

[0059] S33. The intelligent terminal monitors and receives in real time the early warning and alarm information of each major hazardous project, and is used to notify the relevant personnel to handle it in time.

[0060] In addition, the implementation method for the inspection and management of major hazardous projects on the construction site of construction enterprises further includes: when the intelligent terminal detects that the symbol representing a certain major hazardous project on the current display interface is clicked, the corresponding major hazardous project is enlarged and displayed on the display screen; the inspection results of each inspection point of the major hazardous project are viewed through the major hazardous project on the display screen, and the inspection results are also marked by different colors (for example, the four colors mentioned above correspond to four inspection results).

[0061] Furthermore, corresponding data is stored in the cloud server. Especially according to the settings of the RFID electronic tag punching points for a certain major hazardous project, the display is set accordingly. Only after each point is punched, activated, collected, and inspected and passed, the passed mark of that point will be displayed, otherwise it will prompt not passed; only after all points of the entire major hazardous project have passed, the inspection of the major hazardous project will be displayed

[0062] If the checkpoint passes, a failed mark will be displayed. At each checkpoint, click to open the video or photo collected at that point for review; the status information of each dangerous project can be automatically displayed in a list.

[0063] Furthermore, the smart terminal includes: a multi-functional display screen, a smart phone, a tablet computer, a desktop computer and a laptop computer. The smart terminal receives various routine inspections, special inspections and detection tasks issued by supervisors or managers of dangerous and major projects and sends them to inspectors; judges and prompts each inspector whether the task has been completed within the specified time and whether the task has been completed in accordance with the set requirements; and provides a warning for unfinished and unqualified situations or sends the task back for re-inspection with one click.

[0064] Furthermore, the present invention provides a whole execution process of the method for implementing the on-site inspection and management of dangerous and major projects of construction enterprises. Figure 5 As shown, first collect the information of individual dangerous and major projects within the jurisdiction (or preset area) and number them, then assign inspection roles and accounts, set the inspection locations of dangerous and major projects, enter the basic characteristics of dangerous and major projects, perform GPS positioning, and obtain project information, summarize and overlay them into an electronic map, form a group of dangerous and major projects within the jurisdiction and display them on the display screen, and supervisors view the status and reports of dangerous and major projects within the scope of authority (click the number on the map to display the detailed information of dangerous and major projects), and distribute inspection task books and notify relevant inspectors. Inspectors conduct task inspections and submit them as required. The cloud server reviews photos and videos. If they are unqualified, notify the inspectors to continue the inspection as required. If they are qualified, submit them to the supervisors for review. If the review fails, continue to notify the relevant inspectors to check the unqualified areas and areas that need improvement. After the inspection is qualified, supervisors can view the status of each dangerous and major project and related reports at any time (within the scope of authority).

[0065] By setting tasks such as agreeing on the specific content, quantity, form, inspector qualifications, completion time, attachments, etc. of photos and videos, the quality and efficiency of inspection and testing work can be significantly improved.

[0066] During the inspection process, inspectors can also carry shielding bags, wire rope cutters, wrist straps and special tool kits. The shielding bags are used to store other electronic tags when binding (reading and writing) RFID electronic tags on site to avoid possible reading and writing interference; the wire rope cutters are used to shorten the excess rope ends of the lock, and if the RFID electronic tag is not installed in an appropriate position, the lock can be destructively cut and reinstalled in a suitable position; the wrist strap is used to prevent the inspector from accidentally slipping and damaging the handheld terminal when using it; the special tool kit is used to store various items carried with the inspector when the inspector changes the inspection position.

[0067] Through the implementation method of the above-mentioned inspection and management of major dangerous projects on the construction site of construction enterprises of the present invention, it is possible to prevent false practices in regular inspections, special inspections, and daily inspections, control the operation quality, and make it impossible for non-inspections, false inspections, missed inspections, and careless inspections to hide; urge the inspection unit to perform its duties, implement the self-inspection and self-correction of major dangerous projects organized by the civil engineering project itself, call for problems with one key through pictures or videos, and review the rectification situation with one key through closed-loop feedback; intelligently direct and prompt people in different roles, remind them when the inspection tasks of major dangerous projects are due, and intelligently judge the completion status of the tasks; statistically analyze the relevant report data of major dangerous projects of the affiliated project department, and archive real pictures, videos, operators, operation times, etc. as attachments to the reports for future reference; issue regular and special tasks to the affiliated project department with one key, and the system intelligently feedbacks the task execution situation and generates timely reports; easily realize the process control and quality control of on-site inspections and detections, and solve the long-standing problems of insufficient manpower, difficult measures to be in place, and huge supervision pressure; batch send regular tasks, special tasks, etc. within the jurisdiction area with one key, and intelligently feedback the actual execution situation by setting the completion time and quality requirements; directly judge the implementation situation of typhoon prevention, rainstorm prevention, flood prevention and other measures in relevant areas through small videos, pictures, etc., as well as the inspection after resuming work after disasters, which is simple and efficient; easily obtain the dynamics of major dangerous projects within the jurisdiction area, support multi-keyword searches, and form relevant reports, and the data, images and videos are stored in the cloud server.

[0068] As Figure 6 shown, based on the above-mentioned implementation method of the inspection and management of major dangerous projects on the construction site of construction enterprises, the present invention also correspondingly provides an implementation system for the inspection and management of major dangerous project safety. The implementation system for the inspection and management of major dangerous projects on the construction site of construction enterprises (the present invention is an intelligent terminal) includes a processor 10, a memory 20, and a display 30. Figure 6 Only some components of the intelligent terminal are shown, but it should be understood that it is not required to implement all the shown components, and more or fewer components can be implemented alternatively.

[0069] In some embodiments, the memory 20 may be an internal storage unit of the smart terminal, such as a hard disk or memory of the smart terminal. In some other embodiments, the memory 20 may also be an external storage device of the smart terminal, such as a plug-in hard disk equipped on the smart terminal, a Smart Media Card (SMC), a Secure Digital (SD) card, a Flash Card, etc. Further, the memory 20 may also include both an internal storage unit and an external storage device of the smart terminal. The memory 20 is used to store application software installed on the smart terminal and various types of data, such as program codes for installing the smart terminal. The memory 20 may also be used to temporarily store data that has been output or will be output. In this embodiment, an implementation program 40 for inspecting and managing major dangerous projects at the construction site of construction enterprises is stored on the memory 20. The implementation program 40 for inspecting and managing major dangerous projects at the construction site of construction enterprises can be executed by the processor 10, so as to implement the implementation method for inspecting and managing major dangerous projects at the construction site of construction enterprises in this application.

[0070] In some embodiments, the processor 10 may be a central processing unit (CPU), a microprocessor or other data processing chips, and is used to run program codes stored in the memory 20 or process data, such as executing the implementation method for inspecting and managing major dangerous projects at the construction site of construction enterprises.

[0071] In some embodiments, the display 30 may be an LED display, a liquid crystal display, a touch liquid crystal display, and an OLED (Organic Light-Emitting Diode) toucher, etc. The display 30 is used to display information on the smart terminal and a visual user interface. Components 10-30 of the smart terminal communicate with each other through a system bus.

[0072] In this embodiment, when the processor 10 executes the implementation program 40 for inspecting and managing major dangerous projects at the construction site of construction enterprises stored in the memory 20, the following steps are implemented:

[0073] Display all numbered major dangerous projects within a preset area or jurisdiction on the display screen in combination with geographical location information, and authorize supervisors to view the situation of all major dangerous projects and statistical reports;

[0074] According to the review results of each major dangerous project uploaded by the cloud server, mark the inspection situation of each major dangerous project on the display screen through color transformation;

[0075] Receive various inspection tasks issued by supervisors, notify the corresponding inspectors to conduct on-site inspections, and monitor the early warning and alarm information of each major hazardous project in real time; as described above.

[0076] The present invention also provides a storage medium, wherein the storage medium stores an implementation program for the inspection and management of major hazardous projects at the construction site of a construction enterprise. When the implementation program for the inspection and management of major hazardous projects at the construction site of a construction enterprise is executed by a processor, the steps of the implementation method for the safety inspection and management of major hazardous projects as described above are realized; as described above.

[0077] In summary, the present invention provides an implementation method and system for the inspection and management of major hazardous projects at the construction site of a construction enterprise. The method displays the major hazardous projects within the engineering projects of the construction enterprise on a display screen in combination with geographical location information, and authorizes relevant personnel to view the situation of major hazardous projects and statistical reports of each project; according to the review results of each major hazardous project uploaded by the cloud server, the inspection situation of major hazardous projects is marked by colors on the display screen, receive various inspection tasks issued by supervisors, notify the corresponding inspectors to conduct on-site inspections, and monitor the status of major hazardous projects in real time. The present invention realizes the safety inspection and management of major hazardous projects efficiently and in batches by monitoring the safety inspection results of all major hazardous projects in real time through intelligent terminals, facilitating supervisors to timely understand the inspection situation of each major hazardous project, monitor the early warning and alarm information of each major hazardous project, and ensure construction safety.

[0078] It should be understood that the application of the present invention is not limited to the above examples. For those of ordinary skill in the art, improvements or transformations can be made according to the above description. All such improvements and transformations shall fall within the protection scope of the appended claims of the present invention.

Claims

1. A method for implementing the inspection and management of dangerous and major projects on the construction site of construction enterprises, characterized in that, The implementation method for inspecting and managing major dangerous projects on the construction site of construction enterprises includes: Identify all major dangerous projects within a preset area and number them all. After numbering, the major dangerous projects are displayed on the display screen in combination with geographical location information, and supervisors are authorized to view the situations and statistical reports of all major dangerous projects; According to the review results of each major dangerous project uploaded by the cloud server, mark the levels and inspection situations of each major dangerous project through color changes on the display screen. The review results are the review results of the cloud server on the photos and videos of all inspection points of the major dangerous projects; Receive various inspection tasks issued by supervisors, notify the corresponding inspectors to conduct on-site inspections, and monitor the early warning and alarm information of each major dangerous project in real time; Set the display according to the RFID electronic tag punching points of major dangerous projects. After each point is punched, activated, collected, and inspected and passed, the RFID electronic tag punching point displays a passed sign, otherwise it displays not passed. At each inspection point, click to open the photos and videos collected for the review of this point; Receive various inspection tasks issued by supervisors, notify the corresponding inspectors to conduct on-site inspections, and monitor the early warning and alarm information of each major dangerous project in real time, including: The intelligent terminal receives in real time the temporary inspection tasks for special situations and daily inspections issued by supervisors; The intelligent terminal sends relevant tasks to the inspectors corresponding to each major dangerous project through the cloud server, and notifies the corresponding inspectors to complete on-site inspections and upload inspection materials within the specified time; The intelligent terminal inspects and receives the early warning and alarm information of each major dangerous project in real time, and is used to notify relevant personnel to handle it in time; The receiving of various inspection tasks issued by supervisors and notifying the corresponding inspectors to conduct on-site inspections includes: After the intelligent terminal receives various regular inspections, special inspections, and daily inspection tasks issued by the supervisors of major dangerous projects, it batch-sends them to the inspectors with one click within the preset area. The tasks stipulate the specific content of photos and videos. After the tasks are issued, the corresponding inspectors operate on-site, and the uploaded photos and videos are used to confirm whether the inspection is passed; Judge and prompt whether each inspector has completed the task within the specified time and whether the task has been completed according to the set requirements; select warnings or send them back with one click for re-inspection in cases of non-completion and unqualified completion; The identifying and numbering all major dangerous projects within the preset area, and after numbering, the major dangerous projects are displayed on the display screen in combination with geographical location information, and supervisors are authorized to view the situations and statistical reports of all major dangerous projects; specifically including: The intelligent terminal pre-collects the numbering information of all major dangerous projects within the preset area. When clicking on the corresponding symbol to change, the detailed information of the corresponding major dangerous project is displayed, and it is displayed on the display screen in combination with the geographical location information where the major dangerous project is located; According to different users, supervisors are authorized to view the situations of all major dangerous projects within their authority, as well as the corresponding statistical reports, for visually confirming the inspection situations of major dangerous projects; The intelligent terminal receives the review results of each major dangerous project uploaded by the cloud server; The intelligent terminal preset the inspection results corresponding to colors in advance, and represented the inspection situations of each major dangerous project through color transformation according to the results uploaded by the cloud server, and displayed them on the display screen of the intelligent terminal in real time.

2. The implementation method for inspecting and managing major dangerous worksites of construction enterprises according to claim 1, wherein The inspection results corresponding to the preset colors of the intelligent terminal are specifically as follows: different inspection results are represented by gray, green, yellow and red respectively. Green indicates that the task has been completed, blue indicates that the task is in progress, yellow indicates that the completion is unqualified, and red indicates that the task has not been completed. Those that require special attention are displayed through the yellow exclamation mark icon inside the triangle. The inspection situations of each major dangerous project are viewed in real time through the colors of each point on the display screen.

3. The implementation method for inspecting and managing major dangerous projects on-site of construction enterprises according to claim 1, characterized in that, The implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises further includes: When the intelligent terminal detects that the symbol representing a certain major dangerous project on the current display interface is clicked, the corresponding major dangerous project is enlarged and displayed on the display screen; the inspection results of each inspection point of the major dangerous project are viewed through the major dangerous project on the display screen, and the inspection results are also identified by different colors.

4. The implementation method for inspecting and managing major dangerous projects on-site of construction enterprises according to claim 1, wherein, The intelligent terminal includes: a multi-functional display screen, a smart phone, a tablet computer, a desktop computer and a laptop computer.

5. An implementation system for inspecting and managing major dangerous projects on the construction site of construction enterprises, characterized in that, The implementation system includes: a memory, a processor, and an implementation program for the inspection and management of major dangerous projects on the construction site of construction enterprises stored on the memory and operable on the processor. When the implementation program for the inspection and management of major dangerous projects on the construction site of construction enterprises is executed by the processor, it realizes the steps of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises as described in any one of claims 1-4.

6. A database for inspecting and managing major dangerous projects on the construction site of construction enterprises, characterized in that, The database stores an implementation program for the inspection and management of major dangerous projects. When the implementation program for the inspection and management of major dangerous projects is executed by the processor, it realizes the steps of the implementation method for the inspection and management of major dangerous projects on the construction site of construction enterprises as described in any one of claims 1-4.

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