CN113961998A - Building construction management system and management method for BIM - Google Patents
Building construction management system and management method for BIM Download PDFInfo
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Abstract
The invention discloses a building construction management system and a management method for BIM, the building construction management system for BIM comprises a processor, a modeling system, a map system, a monitoring system, a display large screen and a terminal, the modeling system comprises a three-dimensional modeling module, a receiving module, an importing module and a BIM modeling unit, the processor is electrically connected with the BIM modeling unit, the importing module is electrically connected with the BIM modeling unit, the three-dimensional modeling module is electrically connected with the BIM modeling unit, the receiving module is electrically connected with the importing module, the map system comprises an environment scanning module, a positioning system, a map drawing module and a detection module, the environment scanning module and the detection module are electrically connected with the map drawing module, the invention greatly perfects the engineering management system in the prior art, and can log in and operate the management system through the terminal remotely, the engineering management system can accurately analyze the quality and the completion degree of engineering.
Description
Technical Field
The invention relates to the technical field of building construction management, in particular to a building construction management system and a building construction management method for BIM.
Background
The Building Information Model (BIM) is an information integration and management system based on a digital three-dimensional building model, is the most advanced mainstream technology in the current building industry, and can discover and avoid risks in advance by utilizing the digital information model in the whole life cycle of engineering design, construction and operation, thereby realizing lean management, improving efficiency and saving time and cost. The building informatization model can enable all engineering data to be related into project information, and projects contained in the building informatization model comprise planning preparation, a design stage, a construction stage, operation maintenance, a plane drawing, a three-dimensional model, virtual reality, statistical detail, energy consumption analysis and the like.
However, the construction management system in the prior art has a single function, cannot remotely check information of each project in a project in detail according to needs, and cannot follow up quality or safety problems, so a building construction management system and a building construction management method for BIM are provided to solve the problems.
Disclosure of Invention
Based on the technical problems that the construction management system has single function, the information of each project in a project cannot be remotely checked in detail according to needs, and quality or safety problems cannot be followed up in the background technology, the invention provides a building construction management system for BIM and an installation method thereof.
The invention provides a building construction management system for BIM, which comprises a processor, a modeling system, a map system, a monitoring system, a large display screen and a terminal, the modeling system comprises a three-dimensional modeling module, a receiving module, an importing module and a BIM modeling unit, the processor is electrically connected with the BIM modeling unit, the lead-in module is electrically connected with the BIM modeling unit, the three-dimensional modeling module is electrically connected with the BIM modeling unit, the receiving module is electrically connected with the leading-in module, the map system comprises an environment scanning module, a positioning system, a map drawing module and a detection module, the environment scanning module and the detection module are both electrically connected with the map drawing module, the environment scanning module is electrically connected with the receiving module, the positioning system is electrically connected with the map drawing module, the map drawing module is electrically connected with the processor, and the processor is electrically connected with the large display screen.
Preferably, the large display screen comprises a project plan completion ratio, real-name attendance, problem analysis, a warehousing system, an environment inspection, a cloud storage, a main system setting and a networking module, the networking module is connected with a terminal, a BIM APP is arranged in the terminal and comprises a sub-system setting, a calling module and an operation recording access control card, the main system setting is electrically connected with the sub-system setting, the monitoring system comprises a monitoring module and a camera group, the processor is electrically connected with the monitoring module, the monitoring module is electrically connected with the camera group, the problem analysis comprises problem proportion and problem processing, the remote control system is realized through the BIM APP in the terminal, the BIM APP can be installed through a private terminal of a manager to realize management, the main system setting on the large display screen can be directly modified through the sub-system setting in the BIM APP, when the fact picture of building site is looked over to needs, the camera group in the monitored control system is a plurality of cameras, can install the camera in each corner of building site, and including contrast module and acquisition module in the picture project completion ratio of rethread treater calling camera, operation record then can take notes this end user's operation record (time, personage, look over project and subsystem setting), the later stage of being convenient for is checked and is verified etc..
Preferably, the project plan completion ratio comprises a comparison module and AN acquisition module, the project plan completion ratio comprises a comparison module, AN acquisition module, total project data, a current total progress in the total project progress, a progress of each project in the project and a progress of each project in the total project, the comparison module is electrically connected with the acquisition module, the progress of each project in the project comprises AN A1 project, AN A2 project, AN A3 project, AN A4 project and AN AN project, the A1 project comprises A1 project data, the A2 project comprises A2 project data, the A3 project comprises A3 project data, the A4 project comprises A4 project data, the AN project comprises AN project data, more projects and project data can be supplemented between A4-AN, the acquisition module is used for acquiring the total project data, the current total progress in the total project progress, the progress of each project in the project and the progress of each project in the total project, the total project data comprises a three-dimensional map after the project is completed, the comparison module is used for comparing the total project data with the total current progress in the total project progress to obtain the total project plan completion percentage, and comparing the progress of each project in the project with the progress of each project in the total project to obtain the current completion percentage of each project, and the comparison module can also generate a sector diagram which is put on a large display screen to be conveniently viewed.
Preferably, the real-name attendance comprises personnel display, attendance time, personnel marking, attendance interval, personnel setting and attendance record, wherein the personnel setting comprises personnel deletion, personnel addition, job position setting, attendance interval distribution, movable work area, work route planning and an access control system, the personnel display is used for displaying the information of attendance personnel, the attendance time is used for displaying the attendance time, the personnel marking can mark the attendance personnel, color or symbol is marked, the attendance interval is used for setting the attendance interval, the personnel setting is used for deleting and adding the attendance personnel, the attendance record is used for recording the attendance record of the attendance personnel, the later-stage check is facilitated, the personnel display is used for displaying the information of the attendance personnel, the attendance time is used for displaying the attendance time, the personnel marking can mark the attendance personnel, color or symbol is marked, the attendance checking system is convenient for a manager to check, the attendance checking section is used for setting a check-in section, the personnel setting section is used for deleting and adding attendance checking personnel, the check-in record is used for recording the attendance record of the attendance checking personnel, the later-stage check is convenient, the personnel deleting section is used for deleting the recorded personnel, the personnel adding section is used for adding the attendance checking personnel, the positions are used for setting the positions and the work types of the personnel, the check-in section is distributed to be used for the check-in section of each position and work type respectively, the movable region of the work type is used for limiting the movable region of each work type, the work types are prevented from entering the forbidden region, the region is blocked after toxic substances are checked by environmental check, the work types are prevented from entering by mistake under the condition that the work types are not known, unnecessary injury is caused, the work type route planning is used for planning the work route of the work types, and the movable region, the entrance guard system is used for blocking each region, and the entrance guard card on the entrance guard APP on the terminal is used for opening, the access control card can also set the authority (the use authority of BIM APP and the authority of opening the access control) to prevent the unauthorized work from setting the system.
Preferably, the environment inspection comprises air quality, air oxygen content, toxic substances, toxic substance setting, environment recording, environment analysis, weather early warning and weather acquisition, the toxic substance setting is electrically connected with the toxic substances, the toxic substance setting comprises carbon monoxide, carbon dioxide and formaldehyde, the air quality, the toxic substances and the air oxygen content are all connected with the environment analysis, the environment analysis is connected with the environment recording, the weather acquisition is connected with the weather early warning, the weather early warning is connected with the environment recording, the air quality is used for displaying the air quality (PM2.5 content), the air oxygen content is used for displaying the air oxygen content, the toxic substances are used for detecting the toxic substances in the air, the toxic substances are set for setting the toxic substances to be detected according to conditions, and after the detection of the air quality, the toxic substances and the air oxygen content is completed through a detection module in a map system, air quality, noxious material and air oxygen content can be unified with data transmission to environmental analysis, environmental analysis carries out analysis to data again (generation report and rating), environmental analysis is data transmission to environmental record again, weather acquires the weather that acquires current engineering place through the networking module, can start weather early warning and early warning if acquire bad weather such as sleet, send the early warning to in the person of charge terminal through the networking module once more, the person of charge sends the bulletin (shut down, wait for worker and prevention etc.) for subordinate worker through the terminal according to the condition and prevents that the workman from taking place dangerously, weather early warning can be with the bulletin storage that person of charge terminal issued environmental record in make things convenient for later stage and verification.
Preferably, the warehousing system comprises a label module, a region plan, a recording module, a preparation module and a grade module, wherein the recording module and the label module are electrically connected with the region plan, the region plan comprises a marking tool, a cleaning function, line width change and color change, the grade module comprises a first-grade article, a second-grade article, a third-grade article, a fourth-grade article and a fifth-grade article, the region plan is used for planning a warehouse on a three-dimensional map, the label module is used for inputting information (article name, warehousing time and quality guarantee period) in each planned region, the recording module is used for recording and storing the quantity of the articles in each region and the quantity of the articles taken away in each region, if the articles are taken away in the warehouse region, the preparation module is required to send information to a warehouse responsible person, and the preparation module sends information to a terminal of the warehouse responsible person through a networking module, after the person in charge of warehouse agreed, the workman took the article away, the number of taking away will be sent to the record module and is recorded to the preparation module again, marking tool is used for drawing the system region on the three-dimensional map, be used for planning the warehouse region, the line width change is used for changing the line width of ruling, the color change is used for changing the colour of ruling, the clearance function then is used for deleting the ruling, the article level is used for grading the article in each warehouse, the level includes one-level article (ordinary article), second grade article (combustible goods), tertiary article (explosive article), level four article (fragile article), five-level article (chemical article), every article can mark a plurality of levels.
Preferably, the cloud storage comprises a network disk module, a calling module, an identity verification module, an information display, a cleaning module, a permission application, a permission report and a permission reply, wherein the identity verification module is electrically connected with the permission module, the identity verification module is electrically connected with the calling module, the calling module is electrically connected with the network disk module, the information display is electrically connected with the network disk module, the cleaning module is electrically connected with the network disk module, the permission application is connected with the permission report, the permission report is connected with the permission reply, the permission reply is connected with the permission module, the network disk module is used for storing engineering files, the calling module is used for calling files in the network disk module, the identity verification module is used for verifying identities and giving permissions to corresponding positions, and the information display is used for displaying information (used capacity and residual capacity) of the network disk module, the arrangement and cleaning module is used for arranging and cleaning the network disk module, the authority module is used for modifying the authority corresponding to the position, when an ordinary worker or a worker with lower authority needs to use the network disk module, the authority application can apply for checking the file through the authority application, the authority application sends the authority to the authority report, the authority report is reported through the networking module, the worker needs to wait for a reply, the responsible person with higher authority receives the report at the moment, the responsible person sends the authority through the authority reply, and the worker can freely use the file after receiving the authority report.
Preferably, the problem proportion comprises a quality problem proportion, a safety problem proportion, a per-project quality problem proportion, a per-project safety problem proportion and project marks, the problem treatment comprises rectified, to be rectified, problem reporting, work order generation, work order distribution, work order reception, work order completion/incompletion and re-distribution, the project marks comprise red, yellow and green, the quality problem proportion is used for displaying the proportion of the quality problems detected by the detection module to the completed project amount, the safety problems are used for displaying the proportion of the problems proposed by a security officer to the completed project amount, the per-project safety problem proportion is used for displaying the safety problem proportion of each project, the per-project quality problem proportion is used for displaying the quality problem proportion of each project, and the project marks can mark the projects with safety problems or more quality problems in red, the safety problem or the quality problem is generally marked as yellow, less or no safety problem is marked as green, the rectified quality problem and the safety problem are displayed, the quality problem and the safety problem to be rectified are displayed, the quality problem and the safety problem which are rectified are displayed in the rectification, the problem can be reported through the problem when a safety worker or a detection module detects that the quality problem or the safety problem occurs in a project, the problem is displayed in the problem to be rectified firstly, a work order is generated by generating the work order and generating the reported problem, the work order is randomly distributed to maintenance personnel, the maintenance personnel receive and process the work order, the maintenance personnel can select and complete the work order after arriving at the site, if the maintenance personnel can solve the problem, the work order is selected and completed after the maintenance personnel can solve the problem, if the maintenance personnel can not solve the problem, the work order is distributed again, the work order is displayed in the rectification after being completed, and the processed work order is displayed in the rectification.
The invention also provides a management method of the building construction management system for the BIM, which comprises the following steps:
s1: when the system is used, the system is directly used through a large display screen, and meanwhile, a BIM APP remote control system in a terminal can be used, and a BIM APP management system can also be installed through a private terminal of a manager;
s2: in the engineering construction stage, firstly, a three-dimensional model after the completion of engineering is guided into a BIM modeling module through a guide-in module, the BIM modeling module is transferred to a large display screen for display through the transfer of a processor, then, the whole construction site is scanned through an environment scanning module, the environment scanning module sends data to a receiving module, the receiving module is guided into the BIM modeling module through the guide-in module, the BIM modeling module builds the scanned data into a three-dimensional model and guides the three-dimensional model to the large display screen, the environment scanning module also sends the data to a map drawing module, the map drawing module draws an electronic map, the processor acquires the electronic map, the processor sends the electronic map to the large display screen for the convenience of terminal viewing, the detection module is used for detecting the engineering quality, the positioning system is used for positioning a terminal with a BIM APP on the electronic map, the three-dimensional construction module can be used for manually modeling and sending the data to the BIM modeling unit, the processor can acquire the data of the BIM modeling unit and send the data to an electronic map or a three-dimensional map on a large display screen, and the environment scanning module can also be used for scanning a construction project and transmitting the three-dimensional map of the construction project to the three-dimensional map so as to gradually improve the three-dimensional map;
s3: when the fact picture of the construction site needs to be checked, the camera group in the monitoring system is a plurality of cameras, the cameras can be installed at all corners of the construction site, and the picture of the cameras is called through the processor;
s4: when the large display screen is used, the large display screen further comprises multiple functions, a project plan completion ratio, a safety problem, real-name attendance, a quality problem, a warehousing system, a problem proportion, an environment inspection, a cloud storage, a problem proportion, a system setting, a construction plan and a networking module.
The invention has the beneficial effects that:
1. when the system is used, the system can be directly used through a large display screen, meanwhile, the BIM APP in the terminal can be used for remotely controlling the system, the BIM APP can be installed through the private terminal of a manager to manage the system, and the humanization of the system is reflected.
2. When the large display screen is used, the large display screen further comprises multiple functions, and the completeness of the system is reflected through project plan completion ratio, safety problems, real-name attendance, quality problems, a warehousing system, problem proportion, environment inspection, cloud storage, problem proportion, system setting, construction plan and networking modules.
The invention greatly perfects the engineering management system in the prior art, can remotely log in and operate the management system through the terminal, can accurately analyze the quality and the completion degree of the engineering, digitalizes and threedializes the construction site, has simple operation and convenient use, and is recommended to be widely popularized.
Drawings
FIG. 1 is a system block diagram of a building construction management system for BIM according to the present invention;
FIG. 2 is a functional diagram of a project completion ratio of the building construction management system for BIM according to the present invention;
FIG. 3 is a schematic diagram of a real-name attendance function of the building construction management system for BIM according to the present invention;
FIG. 4 is a functional diagram of an environmental inspection function of a building construction management system for BIM according to the present invention;
FIG. 5 is a functional diagram of a warehousing system of the building construction management system for BIM according to the present invention;
fig. 6 is a schematic diagram of a cloud storage function of a building construction management system for BIM according to the present invention;
FIG. 7 is a functional diagram of problem proportion of a building construction management system for BIM according to the present invention;
fig. 8 is a functional diagram of a quality problem of a building construction management system for BIM according to the present invention.
Detailed Description
The present invention will be further illustrated with reference to the following specific examples.
Examples
Referring to fig. 1-8, in this embodiment, a building construction management system for BIM is provided, which includes a processor, a modeling system, a map system, a monitoring system, a large display screen, and a terminal, where the modeling system includes a three-dimensional modeling module, a receiving module, an importing module, and a BIM modeling unit, the processor is electrically connected to the BIM modeling unit, the importing module is electrically connected to the BIM modeling unit, the three-dimensional modeling module is electrically connected to the BIM modeling unit, the receiving module is electrically connected to the importing module, the map system includes an environment scanning module, a positioning system, a map drawing module, and a detecting module, both the environment scanning module and the detecting module are electrically connected to the map drawing module, the environment scanning module is electrically connected to the receiving module, the positioning system is electrically connected to the map drawing module, the map drawing module is electrically connected to the processor, and the processor is electrically connected to the large display screen, which greatly improves the engineering management system in the prior art, the engineering management system can accurately analyze the quality and the completion degree of engineering, digitalizes and threedializes a construction site, is simple to operate and convenient to use, and is recommended to be widely popularized.
The big screen of show includes that project plan accomplishes than, real name attendance, problem analysis, warehouse system, environmental check, cloud storage, main system setting and networking module, networking module and terminal connection, be equipped with the BIM APP in the terminal, the BIM APP includes the subsystem setting, the module of transferring, operation record entrance guard card, main system setting is connected with subsystem setting electricity, monitored control system includes monitor module and camera group, the treater is connected with monitor module electricity, monitor module is connected with camera group electricity, problem analysis includes that the problem accounts for than and the problem is handled, BIM APP through in the terminal comes remote control system, also can come management system through the private terminal installation BIM APP of managers, main system setting on the big screen of show can directly be revised through the subsystem setting in the BIM APP.
When the fact picture of building site is looked over to needs, the camera group in the monitored control system is a plurality of cameras, can install the camera in each corner of building site, and including contrast module and acquisition module in the picture project completion ratio of rethread treater calling camera, operation record then can take notes this end user's operation record (time, personage, look over project and subsystem setting), the later stage of being convenient for is checked and is verified etc..
The project plan completion ratio comprises a comparison module and AN acquisition module, the project plan completion ratio comprises a comparison module, AN acquisition module, total project data, the current total progress in the total project progress, the progress of each project in the project and the progress of each project in the total project, the comparison module is electrically connected with the acquisition module, the progress of each project in the project comprises AN A1 project, AN A2 project, AN A3 project, AN A4 project and AN AN project, the A1 project comprises A1 project data, the A2 project comprises A2 project data, the A3 project comprises A3 project data, the A4 project comprises A4 project data, the AN project comprises AN project data, more projects and project data can be supplemented between A4 and AN, the acquisition module is used for acquiring the current total project data, the current total progress in the total project progress, the progress of each project in the project and the progress of each project in the total project, the total project data comprises a three-dimensional map after the project is completed, the comparison module is used for comparing the total project data with the total project schedule according to the current total schedule to obtain the total project plan completion percentage, comparing the schedule of each project in the project with the schedule of each project in the total project to obtain the current completion percentage of each project, and generating a sector diagram by the comparison module to be put on a large display screen to facilitate viewing.
The real-name attendance comprises personnel display, attendance time, personnel marking, attendance interval, personnel setting and attendance record, wherein the personnel setting comprises personnel deletion, personnel addition, position setting, attendance interval distribution, a work type movable area, work type route planning and an access control system, the personnel display is used for displaying the information of attendance personnel, the attendance time is used for displaying the attendance time, the personnel marking can mark the attendance personnel, color or symbol is marked, the attendance interval is convenient for a manager to check, the attendance interval is used for setting the attendance interval, the personnel setting is used for deleting and adding the attendance personnel, the attendance record is used for recording the attendance record of the attendance personnel, the later-stage check is convenient, the personnel display is used for displaying the information of the attendance personnel, the attendance time is used for displaying the attendance time, the personnel marking can mark the attendance personnel, color or symbol is marked, the manager can check conveniently, the attendance section is used for setting the attendance section, the personnel setting is used for deleting and adding attendance personnel, the attendance record is used for recording attendance records of the attendance personnel, later-stage check is convenient, the personnel deleting is used for deleting the attendance recording personnel, the personnel adding is used for adding the attendance personnel, the positions are used for setting positions and work categories of the personnel, the attendance section is allocated to the attendance section of each position and work category respectively, the movable region of the work category is used for limiting the movable region of each work category, the work category is prevented from entering the forbidden region, the region is blocked after toxic substances are detected by environmental inspection, the work category is prevented from entering by mistake under the unknown condition to cause unnecessary injury, the work category route planning is used for planning the work route of the work category and the movable region, the access control system is used for blocking each region, and a card on the terminal APP is used for opening the access control, the access control card can also set the authority (the use authority of BIM APP and the authority of opening the access control) to prevent the unauthorized work from setting the system.
The environment inspection comprises air quality, air oxygen content, toxic substances, toxic substance setting, environment recording, environment analysis, weather early warning and weather acquisition, the toxic substance setting is electrically connected with the toxic substances, the toxic substance setting comprises carbon monoxide, carbon dioxide and formaldehyde, the air quality, the toxic substances and the air oxygen content are connected with the environment analysis, the environment analysis is connected with the environment recording, the weather acquisition is connected with the weather early warning, the weather early warning is connected with the environment recording, the air quality is used for displaying the air quality (PM2.5 content), the air oxygen content is used for displaying the air oxygen content, the toxic substances are used for detecting the toxic substances in the air, the toxic substance setting is used for setting the toxic substances to be detected according to conditions, the air quality, the toxic substances and the air oxygen content are detected through a detection module in a map system, the air quality, the toxic substances and the air oxygen content are detected through the detection module in the map system, and the air quality, the air content is obtained through the environmental analysis, Toxic material and air oxygen content can be unified with data transmission to environmental analysis, environmental analysis carries out analysis to data again (generate report and rating), environmental analysis is data transmission to environmental record again, weather acquires the weather that acquires current engineering place through the networking module, can start the weather early warning and early warning if acquire when bad weather such as sleet, send the early warning to in the person in charge terminal through the networking module once more, the person in charge sends the bulletin (shut down, wait worker and prevention etc.) for subordinate worker through the terminal according to the condition and prevents that the workman from taking place danger, the weather early warning can be with the bulletin storage that person in charge terminal was issued make things convenient for later stage and verification in the environmental record.
The warehousing system comprises a label module, a region plan, a recording module, a preparation module and a grade module, wherein the recording module and the label module are electrically connected with the region plan, the region plan comprises a marking tool, a cleaning function, line width change and color change, the grade module comprises a first-grade article, a second-grade article, a third-grade article, a fourth-grade article and a fifth-grade article, the region plan is used for planning a warehouse on a three-dimensional map, the label module is used for inputting information (article name, warehousing time and quality guarantee period) in each planned region, the recording module is used for recording and storing the quantity of the articles in each region and the quantity of the articles taken away in each region, if the articles are taken away in the warehouse region, the preparation module needs to send information to a warehouse responsible person through the preparation module, the preparation module sends information to a terminal of the warehouse responsible person through a networking module, and after the warehouse responsible person agrees, the workman takes article away, the preparation module will take away quantity again and send the record module to take the record, marking tool is used for drawing the system region on the three-dimensional map, be used for planning the warehouse region, the line width change is used for changing the line width of drawing a line, the color change is used for changing the colour of drawing a line, the clearance function then is used for deleting the line, the article level is used for grading the article in each warehouse, the level includes one-level article (ordinary article), second grade article (combustible material), tertiary article (explosive material), level four article (fragile article), five-level article (chemical article), every article can mark a plurality of levels.
The cloud storage comprises a network disk module, a calling module, an identity verification module, an information display, a cleaning module, a permission application, a permission report and a permission reply, wherein the identity verification module is electrically connected with the permission module, the identity verification module is electrically connected with the calling module, the calling module is electrically connected with the network disk module, the information display is electrically connected with the network disk module, the cleaning module is electrically connected with the network disk module, the permission application is connected with the permission report, the permission report is connected with the permission reply, the permission reply is connected with the permission module, the network disk module is used for storing files of projects, the calling module is used for calling the files in the network disk module, the identity verification module is used for verifying identities and giving permissions to corresponding positions, the information display is used for displaying the information (used capacity and residual capacity) of the network disk module, the cleaning and cleaning module is used for cleaning and cleaning the network disk module, the authority module is used for modifying the authority corresponding to the position, when an ordinary worker or a worker with lower authority needs to use the network disk module, the file can be applied for checking through the authority application, the authority application sends the authority to the authority report, the authority report is reported through the networking module, the worker needs to wait for a reply, at the moment, a responsible person with higher authority receives the report, the responsible person sends the authority through the authority reply, and the worker can freely use the file after receiving the report.
The problem proportion comprises a quality problem proportion, a safety problem proportion, a per-project quality problem proportion, a per-project safety problem proportion and project marks, the problem processing comprises rectification, pending rectification, problem reporting, work order generation, work order distribution, work order reception, work order completion/incompletion and re-distribution, the project marks comprise red, yellow and green, the quality problem proportion is used for displaying the proportion of the quality problems detected by the detection module to the completed project amount, the safety problems are used for displaying the proportion of the problems proposed by a safety worker to the completed project amount, the per-project safety problem proportion is used for displaying the safety problem proportion of each project, the per-project quality problem proportion is used for displaying the quality problem proportion of each project, and the project marks the projects with the safety problems or the projects with the more quality problems in red, the safety problem or the quality problem is generally marked as yellow, less or no safety problem is marked as green, the rectified quality problem and the safety problem are displayed, the quality problem and the safety problem to be rectified are displayed, the quality problem and the safety problem which are rectified are displayed in the rectification, the problem can be reported through the problem when a safety worker or a detection module detects that the quality problem or the safety problem occurs in a project, the problem is displayed in the problem to be rectified firstly, a work order is generated by generating the work order and generating the reported problem, the work order is randomly distributed to maintenance personnel, the maintenance personnel receive and process the work order, the maintenance personnel can select and complete the work order after arriving at the site, if the maintenance personnel can solve the problem, the work order is selected and completed after the maintenance personnel can solve the problem, if the maintenance personnel can not solve the problem, the work order is distributed again, the work order is displayed in the rectification after being completed, and the processed work order is displayed in the rectification.
The working principle is as follows: when the system is used, the system can be directly used through a large display screen, meanwhile, the system can be remotely controlled through a BIM APP in a terminal, the system setting on the large display screen can be directly modified through the system setting in the BIM APP, the system can also be managed through installing the BIM APP by a private terminal of a manager, in the engineering construction stage, a three-dimensional model after the completion of the engineering is firstly led into a BIM modeling module through a leading-in module, the BIM modeling module is then transferred to the large display screen through the transfer of a processor for display, then the whole construction site is scanned through an environment scanning module, the environment scanning module sends data to a receiving module, the receiving module is then led into the BIM modeling module through the leading-in module, the BIM modeling module builds the scanned data into the three-dimensional model and leads the three-dimensional model to the large display screen, the environment scanning module also sends the data to a map drawing module, the map drawing module draws an electronic map again, the processor acquires the electronic map again, the processor sends the electronic map to a large display screen to facilitate the viewing of the terminal, the detection module is used for detecting the engineering quality, the positioning system is used for positioning the terminal with the BIM APP on the electronic map, the three-dimensional construction module can manually build a model and send the model to the BIM modeling unit, the processor acquires the data of the BIM modeling unit and sends the data to the electronic map or the three-dimensional map on the large display screen, the environment scanning module can also scan a construction project and transmit the three-dimensional map of the construction project to the three-dimensional map to gradually improve the three-dimensional map, when the fact picture of a construction site needs to be viewed, the camera group in the monitoring system is a plurality of cameras which can be installed at each corner of the construction site, and the picture of the cameras is called by the processor, the large display screen comprises a project plan completion ratio, real-name attendance, problem analysis, a warehousing system, environment inspection, cloud storage, a main system setting and a networking module, a BIM APP is arranged in the terminal, the BIM APP comprises a secondary system setting, a calling module and an operation record access control card, the monitoring system comprises a monitoring module and a camera group, a remote control system is arranged through the BIM APP in the terminal, the BIM APP can also be installed through a private terminal of a manager to manage the system, the main system setting on the large display screen can be directly modified through the secondary system setting in the BIM APP, when a real picture of a construction site needs to be checked, the camera group in the monitoring system comprises a plurality of cameras, the cameras can be installed at each corner of the construction site, a comparison module and an acquisition module are included in a picture project completion ratio of the cameras which are called through a processor, and the operation record of the terminal user (time, access control and access control, People, viewing project and sub-system settings), facilitating later-stage verification, etc., the project plan completion ratio includes a comparison module and AN acquisition module, the project plan completion ratio includes a comparison module, AN acquisition module, total project data, a current total progress in total project progress, a progress of each project in the project and a progress of each project in the total project, the progress of each project in the project includes AN a1 project, AN a2 project, AN A3 project, AN a4 project and AN project, the a1 project includes a1 project data, the a2 project includes a2 project data, the A3 project includes A3 project data, the a4 project includes a4 project data, the AN project includes AN project data, and more projects and project data can be supplemented between a4-AN, the acquisition module is used for acquiring the total project data, the current total progress in total project progress, the progress of each project in the project and the progress of each project in the total project, the total project data comprises a three-dimensional map after the project is finished, the comparison module is used for comparing the total project data with the current total progress in the total project progress to obtain the total project plan completion percentage and comparing the progress of each project in the project with the progress of each project in the total project to obtain the current completion percentage of each project, the comparison module can also generate a sector map which is put on a large display screen to be conveniently viewed, real-name attendance comprises personnel display, attendance time, personnel mark, attendance section, personnel setting and attendance record, personnel setting comprises personnel deletion, personnel addition, position setting, attendance section distribution, a mobile work type area, work type route planning and an access control system, personnel display information used for displaying attendance personnel, the attendance time is used for displaying the attendance time, the personnel mark can mark the attendance personnel, and mark colors or symbols, the attendance checking system is convenient for a manager to check, the attendance section is used for setting a check-in section, the personnel setting is used for deleting and adding attendance personnel, the check-in record is used for recording the attendance record of the attendance personnel, the later-stage check is convenient, the personnel display is used for displaying the information of the attendance personnel, the check-in time is used for displaying the check-in time, the personnel marking can mark the attendance personnel, the color or the symbol is marked, the checking-in by the manager is convenient, the check-in section is used for setting the check-in section, the personnel setting is used for deleting and adding the attendance personnel, the check-in record is used for recording the attendance record of the attendance personnel, the later-stage check is convenient, the personnel deleting is used for deleting the recording personnel and adding the attendance personnel, the position is used for setting the position and the work type of the personnel, the check-in section is allocated for the check-in section of each position and work type respectively, the movable work type area is used for limiting the movable area of each work type, the method can prevent the work species from entering an illegal region, and after toxic substances are checked in environment inspection, the region is blocked, the work species is prevented from entering the illegal region by mistake without knowing to cause unnecessary damage, work species route planning is used for planning work species working routes and movable regions, an access control system is used for blocking each region, an access control card on a terminal APP is used for opening the access control, the access control card can also be provided with authorities (using authority of BIM APP and authority for opening the access control), the system is prevented from being set by unauthorized work species, the environment inspection comprises air quality, air oxygen content, toxic substances, toxic substance setting, environment recording, environment analysis, weather early warning and weather acquisition, the toxic substance setting comprises carbon monoxide, carbon dioxide and formaldehyde, the air quality is used for displaying the air quality (PM2.5 content), and the air oxygen content is used for displaying the air oxygen content, the method comprises the steps that toxic substances are used for detecting the toxic substances in the air, the toxic substances are set to be used for setting the toxic substances to be detected according to conditions, after the air quality, the toxic substances and the air oxygen content are detected through a detection module in a map system, the air quality, the toxic substances and the air oxygen content can be uniformly sent to environment analysis, the environment analysis can analyze the data (generate reports and grades), the environment analysis can send the data to an environment record, the weather of a current engineering place can be obtained through a networking module, weather early warning can be started to carry out early warning if the weather is obtained in severe weather such as rain and snow, the early warning can be sent to a responsible person terminal through the networking module again, the responsible person can send announcements (shutdown, waiting for work, prevention and the like) to subordinate workers through the terminal according to conditions to prevent the workers from being dangerous, and the weather early warning can store announcements sent by the responsible person terminal into the environment record to facilitate later-stage and nuclear inspection, the warehousing system comprises a label module, an area planning module, a recording module, a preparation module and a grade module, wherein the area planning module comprises a marking tool, a cleaning function, line width change and color change, the grade module comprises a first-level article, a second-level article, a third-level article, a fourth-level article and a fifth-level article, the area planning module is used for planning warehouses on a three-dimensional map, the label module is used for inputting information (article names, warehousing time and quality guarantee periods) in each planned area, the recording module is used for recording the quantity of the articles in each area and the quantity of the articles taken away in each area, if the articles are taken away in the warehouse area, the preparation module needs to send information to a warehouse responsible person through the preparation module, the preparation module sends information to a terminal of the responsible person through a networking module, and after the warehouse responsible person agrees, a worker takes away the articles, the preparation module sends the taken away quantity to the recording module for recording, the marking tool is used for drawing areas on a three-dimensional map and planning warehouse areas, line width change is used for changing the line width of the marking, color change is used for changing the color of the marking, a cleaning function is used for deleting the marking, article grades are used for grading articles in each warehouse, the grades comprise first-grade articles (common articles), second-grade articles (inflammable articles), third-grade articles (explosive articles), fourth-grade articles (fragile articles) and fifth-grade articles (chemical articles), each article can be marked with a plurality of grades, cloud storage comprises a net disk module, a calling module, an identity verification module, information display, a cleaning module, an authority module, authority application, authority report and authority reply, the net disk module is used for storing engineering files, the calling module is used for calling the files in the net disk module, the identity verification module is used for verifying identities and giving authorities corresponding to positions, the information display is used for displaying the information (used capacity and residual capacity) of the network disk module, the sorting and cleaning module is used for sorting and cleaning the network disk module, the authority module is used for modifying the authority corresponding to positions, when an ordinary worker or a worker with lower authority needs to use the network disk module, the authority application can apply for checking a file through an authority application, the authority application sends the authority to an authority report, the authority report is reported through a networking module, the worker needs to wait for a reply, a responsible person with higher authority receives the report at the moment, the responsible person sends the authority through the authority reply, the worker can freely use the file after receiving the authority, the problem ratio comprises a quality problem ratio, a safety problem ratio, a quality problem ratio of each item, a safety problem ratio of each item and an item mark, the problem processing comprises the rectification, the problem reporting, the problem report, Generating a work order, dispatching the work order, receiving the work order, completing/unfinishing the work order and re-dispatching the work order, wherein the item mark comprises red, yellow and green, the quality problem ratio is used for displaying the ratio of the quality problem detected by the detection module to the finished project amount, the safety problem is used for displaying the ratio of the problem proposed by a security officer to the finished project amount, each item safety problem ratio is used for displaying the safety problem ratio of each item, each item quality problem ratio is used for displaying the quality problem ratio of each item, the item mark can mark the items with safety problems or more quality problems into red, the items with safety problems or quality problems are generally marked into yellow, the items with less or no safety problems are marked into green, the items with improved quality problems and safety problems are displayed, and the items to be improved are used for displaying the quality problems and the safety problems to be improved, the method is used for displaying the quality problem and the safety problem which are being rectified, when a safety staff or a detection module detects that the quality problem or the safety problem occurs in a project, the problem is reported through the problem, the problem is displayed in the problem to be rectified firstly, a work order is generated by generating the problem to be reported by the work order, the work order is randomly distributed to maintenance staff when the work order is distributed, the maintenance staff receives and processes the work order, the maintenance staff can select the work order after arriving at a site, the work order is selected to be completed after the problem is solved if the maintenance staff can solve the problem, the work order is not completed if the maintenance staff cannot solve the problem, then the work order is distributed again, the work order can arrive at the rectified position after the work order is completed and is displayed in the rectified position if the work order is not solved.
The embodiment also provides a management method of the building construction management system for the BIM, which comprises the following steps:
s1: when the system is used, the system is directly used through a large display screen, and meanwhile, a BIM APP remote control system in a terminal can be used, and a BIM APP management system can also be installed through a private terminal of a manager;
s2: in the engineering construction stage, firstly, a three-dimensional model after the completion of engineering is guided into a BIM modeling module through a guide-in module, the BIM modeling module is transferred to a large display screen for display through the transfer of a processor, then, the whole construction site is scanned through an environment scanning module, the environment scanning module sends data to a receiving module, the receiving module is guided into the BIM modeling module through the guide-in module, the BIM modeling module builds the scanned data into a three-dimensional model and guides the three-dimensional model to the large display screen, the environment scanning module also sends the data to a map drawing module, the map drawing module draws an electronic map, the processor acquires the electronic map, the processor sends the electronic map to the large display screen for the convenience of terminal viewing, the detection module is used for detecting the engineering quality, the positioning system is used for positioning a terminal with a BIM APP on the electronic map, the three-dimensional construction module can be used for manually modeling and sending the data to the BIM modeling unit, the processor can acquire the data of the BIM modeling unit and send the data to an electronic map or a three-dimensional map on a large display screen, and the environment scanning module can also be used for scanning a construction project and transmitting the three-dimensional map of the construction project to the three-dimensional map so as to gradually improve the three-dimensional map;
s3: when the fact picture of the construction site needs to be checked, the camera group in the monitoring system is a plurality of cameras, the cameras can be installed at all corners of the construction site, and the picture of the cameras is called through the processor;
s4: when the large display screen is used, the large display screen further comprises multiple functions, a project plan completion ratio, a safety problem, real-name attendance, a quality problem, a warehousing system, a problem proportion, an environment inspection, a cloud storage, a problem proportion, a system setting, a construction plan and a networking module.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical scope of the present invention and the equivalent alternatives or modifications according to the technical solution and the inventive concept of the present invention within the technical scope of the present invention.
Claims (9)
1. A building construction management system for BIM comprises a processor, a modeling system, a map system, a monitoring system, a large display screen and a terminal, characterized in that the modeling system comprises a three-dimensional modeling module, a receiving module, an importing module and a BIM modeling unit, the processor is electrically connected with the BIM modeling unit, the lead-in module is electrically connected with the BIM modeling unit, the three-dimensional modeling module is electrically connected with the BIM modeling unit, the receiving module is electrically connected with the leading-in module, the map system comprises an environment scanning module, a positioning system, a map drawing module and a detection module, the environment scanning module and the detection module are both electrically connected with the map drawing module, the environment scanning module is electrically connected with the receiving module, the positioning system is electrically connected with the map drawing module, the map drawing module is electrically connected with the processor, and the processor is electrically connected with the large display screen.
2. The building construction management system for BIM of claim 1, characterized in that, show large-size screen and include project plan completion ratio, real name attendance, problem analysis, warehouse system, environmental check, cloud storage, main system setting and networking module, networking module and terminal connection, be equipped with BIM APP in the terminal, BIM APP includes subsystem setting, calls module, operation record and entrance guard's card, main system setting is connected with subsystem setting electricity, monitored control system includes monitoring module and camera group, the treater is connected with the monitoring module electricity, monitoring module and camera group electricity are connected, problem analysis includes problem occupation ratio and problem processing.
3. The building construction management system for BIM of claim 2, wherein the project plan completion ratio comprises a comparison module, AN acquisition module, total project data, a current total progress in total project progress, a progress of each project in the project, a progress of each project in the total project, the comparison module electrically connected with the acquisition module, the progress of each project in the project comprising AN A1 project, AN A2 project, AN A3 project, AN A4 project and AN AN project, the A1 project comprises A1 project data, the A2 project comprises A2 project data, the A3 project comprises A3 project data, the A4 project comprises A4 project data, and the AN project comprises AN project data.
4. The building construction management system for BIM according to claim 2, wherein the real-name attendance includes a person display, a check-in time, a person mark, a check-in section, a person setting and a check-in record, and the person setting includes a person deletion, a person addition, a job position setting, a check-in section allocation, a job type movable area, a job type route planning and an entrance guard system.
5. The building construction management system for BIM of claim 2, wherein the environment inspection comprises air quality, air oxygen content, toxic substance setting, environment recording, environment analysis, weather early warning and weather obtaining, the toxic substance setting is electrically connected with the toxic substance, the toxic substance setting comprises carbon monoxide, carbon dioxide and formaldehyde, the air quality, the toxic substance and the air oxygen content are all connected with the environment analysis, the environment analysis is connected with the environment recording, the weather obtaining is connected with the weather early warning, and the weather early warning is connected with the environment recording.
6. The building construction management system for BIM as claimed in claim 2, wherein the warehousing system comprises a label module, a region plan, a recording module, a reporting module and a grade module, the recording module and the label module are both electrically connected with the region plan, the region plan comprises a marking tool, a cleaning function, a line width change and a color change, and the grade module comprises a first-grade article, a second-grade article, a third-grade article, a fourth-grade article and a fifth-grade article.
7. The building construction management system for BIM as claimed in claim 2, wherein the cloud storage comprises a network disk module, a calling module, an identity verification module, an information display, a cleaning module, a permission application, a permission report and a permission reply, the identity verification module is electrically connected with the permission module, the identity verification module is electrically connected with the calling module, the calling module is electrically connected with the network disk module, the information display is electrically connected with the network disk module, the cleaning module is electrically connected with the network disk module, the permission application is connected with the permission report, the permission report is connected with the permission reply, and the permission reply is connected with the permission module.
8. The building construction management system for BIM as claimed in claim 2, wherein the problem proportion comprises quality problem proportion, safety problem proportion, quality problem proportion of each project, safety problem proportion of each project and project mark, the problem process comprises rectified, to be rectified, problem report, generating work order, work order distribution, work order reception, work order completion/incompletion and re-distribution, and the project mark comprises red, yellow and green.
9. A management method of a building construction management system for BIM, characterized by comprising the steps of:
s1: when the system is used, the system is directly used through a large display screen, and meanwhile, a BIM APP remote control system in a terminal can be used, and a BIM APP management system can also be installed through a private terminal of a manager;
s2: in the engineering construction stage, a three-dimensional model after engineering is completed is guided into a BIM through a guide-in module, the BIM is transferred to a large display screen for display through the transshipment of a processor and then is scanned on the whole construction site through an environment scanning module, the environment scanning module sends data to a receiving module, the receiving module is guided into the BIM through the guide-in module, the BIM builds the scanned data into a three-dimensional model and guides the three-dimensional model to the large display screen, the environment scanning module also sends the data to a map drawing module, the map drawing module draws an electronic map, the processor acquires the electronic map, and the processor sends the electronic map to the large display screen; the system comprises a detection module, a positioning system, a three-dimensional construction module, a BIM modeling unit, an environment scanning module, a display screen, a display module, a display screen, a display module, a display screen, a display module, a display screen, a display module, a display screen, a display module, a display screen, a display module, a display;
s3: when a real-time picture of a construction site needs to be checked, a camera group in the monitoring system is a plurality of cameras, the cameras are installed at all corners of the construction site, and the picture of the cameras is called through a processor;
s4: when the large display screen is used, the large display screen further comprises multiple functions, a project plan completion ratio, a safety problem, real-name attendance, a quality problem, a warehousing system, a problem proportion, an environment inspection, a cloud storage, a problem proportion, a system setting, a construction plan and a networking module.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115358596A (en) * | 2022-08-24 | 2022-11-18 | 国任财产保险股份有限公司 | Project management system |
| CN116109080A (en) * | 2022-12-29 | 2023-05-12 | 无锡泰禾宏科技有限公司 | Building integrated management platform based on BIM and AR |
| CN116681409A (en) * | 2023-08-03 | 2023-09-01 | 吉林建筑大学 | Urban space layout information management system based on big data |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108446866A (en) * | 2018-04-26 | 2018-08-24 | 中船第九设计研究院工程有限公司 | A kind of wisdom site safety management platform system framework |
| CN109886644A (en) * | 2019-01-29 | 2019-06-14 | 杭州凌望建筑科技有限公司 | Engineering project based on BIM commands managing and control system |
| CN111241618A (en) * | 2020-01-08 | 2020-06-05 | 中国建筑第二工程局有限公司西南分公司 | Intelligent construction site information processing method and system based on BIM model and application |
| CN112163747A (en) * | 2020-09-18 | 2021-01-01 | 华航环境发展有限公司 | Construction engineering project quality management system |
| CN112818459A (en) * | 2021-03-12 | 2021-05-18 | 黄河勘测规划设计研究院有限公司 | BIM and Gantt chart-based visual progress management method for engineering construction period |
-
2021
- 2021-10-21 CN CN202111225282.1A patent/CN113961998A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108446866A (en) * | 2018-04-26 | 2018-08-24 | 中船第九设计研究院工程有限公司 | A kind of wisdom site safety management platform system framework |
| CN109886644A (en) * | 2019-01-29 | 2019-06-14 | 杭州凌望建筑科技有限公司 | Engineering project based on BIM commands managing and control system |
| CN111241618A (en) * | 2020-01-08 | 2020-06-05 | 中国建筑第二工程局有限公司西南分公司 | Intelligent construction site information processing method and system based on BIM model and application |
| CN112163747A (en) * | 2020-09-18 | 2021-01-01 | 华航环境发展有限公司 | Construction engineering project quality management system |
| CN112818459A (en) * | 2021-03-12 | 2021-05-18 | 黄河勘测规划设计研究院有限公司 | BIM and Gantt chart-based visual progress management method for engineering construction period |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115358596A (en) * | 2022-08-24 | 2022-11-18 | 国任财产保险股份有限公司 | Project management system |
| CN116109080A (en) * | 2022-12-29 | 2023-05-12 | 无锡泰禾宏科技有限公司 | Building integrated management platform based on BIM and AR |
| CN116109080B (en) * | 2022-12-29 | 2023-09-12 | 无锡泰禾宏科技有限公司 | Building integrated management platform based on BIM and AR |
| CN116681409A (en) * | 2023-08-03 | 2023-09-01 | 吉林建筑大学 | Urban space layout information management system based on big data |
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