CN111126838B - Intelligent engineering management system - Google Patents
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Abstract
The invention discloses an intelligent engineering management system, and belongs to an engineering management system. An intelligent engineering management system, comprising: the system comprises a comprehensive management system, a safety management system, a quality management system, a progress management system, a technical management system and a purchase management system; the integrated management system comprises a communication module, a central processing module and a display module; the safety management system is used for monitoring construction site data, the quality management system is used for monitoring construction site quality data, the progress management system is used for monitoring construction site progress data, the technical management system is used for monitoring construction technical data, and the purchasing system is used for monitoring material and equipment data. The system monitors and analyzes data of safety, quality, progress, technology and purchase of the project, the comprehensive management system displays monitoring conditions and data analysis of each system, and engineering management personnel can master the whole project conveniently.
Description
Technical Field
The invention relates to the field of engineering management systems, in particular to an intelligent engineering management system.
Background
With the rapid development of national economy of China, the demand of electricity utilization is higher and higher, and the number of electric power engineering construction projects is increased. The electric power engineering project relates to a plurality of factors such as personnel, machines, materials and environment, has high management difficulty and frequently generates electric power construction operation accidents.
The currently developed 4A platform integrates all business systems, but no association or low association degree exists among all business systems, a complete system is not formed, the requirements of appreciable, measurable and controllable lean management and control on the whole process of project safety, quality, progress and the like cannot be met, and engineering managers cannot control the whole condition of a project easily.
Disclosure of Invention
The invention aims to provide an intelligent engineering management system to solve the problem that engineering managers are difficult to master personnel, machines, materials and environmental factors in the whole engineering situation due to the relevance of each system.
In order to achieve the purpose, the invention adopts the following technical scheme:
an intelligent engineering management system, comprising: the system comprises a comprehensive management system, a safety management system, a quality management system, a progress management system, a technical management system and a purchase management system;
the comprehensive management system comprises a communication module, a central processing module and a display module, wherein the safety management system, the quality management system, the progress management system, the technical management system and the purchase management system are respectively connected with the communication module, the communication module is connected with the central processing module, the central processing module is used for processing data transmitted by the communication module, and the display module is used for displaying a data processing result of the central processing module;
the safety management system is used for monitoring construction site data and performing data analysis, the quality management system is used for monitoring site construction quality data and performing data analysis, the progress management system is used for monitoring site construction progress data and performing data analysis, and the technical management system is used for monitoring construction technical data and performing data analysis.
Optionally, the display module includes an electronic display screen and an integrated display screen, the large-screen integrated module is configured to display video data information, and the electronic display screen is configured to display data analysis processed by the central processing module.
Optionally, the integrated management system further includes a mobile terminal, the mobile terminal is connected to the central processing module, and the mobile terminal is configured to display data analysis processed by the central processing module.
Optionally, the safety management system includes monitoring module and monitoring facilities, monitoring module includes meteorological monitoring module, material information monitoring module, personnel information monitoring module and equipment state monitoring module, equipment state monitoring module is including the sensor that is used for the monitoring facilities state, material information monitoring module includes first camera, personnel information monitoring module includes the second camera and is used for monitoring personnel information's sensing device, meteorological monitoring module includes raise dust noise monitoring module, sewage monitoring module, smoke detection monitoring module, rainfall monitoring module, sewage monitoring module is including the sewage measuring apparatu that is used for sewage monitoring, smoke detection monitoring module is including the smoke detection probe that is used for smoke monitoring.
Optionally, the safety management system still includes alarm module, alarm module includes alarm indicator and warning loudspeaker, alarm module respectively with meteorological monitoring module material information monitoring module personnel information monitoring module with equipment state monitoring module data connection, alarm module is used for handling detection information and sending the warning.
Optionally, the quality management module includes that BIM module, concrete pour the module, remove the end measuring module, and the module is pour to concrete is used for carrying out the temperature measurement and pouring the warning to concrete construction.
Optionally, the BIM module includes a BIM modeling module, a BIM lofting module, and a three-dimensional laser calibration module; the BIM modeling module is used for building a three-dimensional model for substation electromechanical equipment, buildings and line towers, the BIM lofting module is used for performing construction lofting through the three-dimensional model, and the three-dimensional laser checking module is used for performing three-dimensional scanning on site construction and comparing with the three-dimensional model to check errors of a structure.
Optionally, the progress management system includes a zebra progress management module and a BIM5D progress management module, and the progress management system is in data connection with the BIM module.
Optionally, the technical management system comprises a model design module, an artificial intelligence evaluation module, a mechanized construction module, and an intelligent delivery and flight module, wherein the model design module is in data connection with the BIM module.
Optionally, the purchase management system includes a two-dimensional code application subsystem module, and the two-dimensional code application subsystem module is used for uniformly and electronically managing the material information.
Compared with the prior art, the invention has the following beneficial effects: the system confirms the specific requirements of the management of the electric power engineering project in the aspects of synthesis, safety, quality, progress, technology and purchase, monitors and analyzes the safety, quality, progress, technology and purchase of the project, relates to the information of personnel, machines, materials and environmental factors in construction, analyzes and displays the monitoring condition and the data of each system to a manager by the comprehensive management system, allocates the personnel, the machines, the materials and the environment of the whole construction according to the observed data by the manager, feeds back the allocation information to each system, and adjusts the working condition of each system according to the fed-back allocation information, so that the manager can master and control the construction condition of the whole project.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without inventive exercise.
The structure, proportion, size and the like shown in the drawings are only used for matching with the content disclosed in the specification, so that the person skilled in the art can understand and read the description, and the description is not used for limiting the limit condition of the implementation of the invention, so the method has no technical essence, and any structural modification, proportion relation change or size adjustment still falls within the scope of the technical content disclosed by the invention without affecting the effect and the achievable purpose of the invention.
FIG. 1 is a schematic diagram of an intelligent project management system.
Illustration of the drawings: the system comprises a comprehensive management system 1, a safety management system 2, a quality management system 3, a progress management system 4, a technical management system 5, a purchase management system 6, a communication module 11, a central processing module 12, a display module 13 and a mobile terminal 14.
Detailed Description
In order to make the objects, features and advantages of the present invention more obvious and understandable, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the embodiments described below are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
In the description of the present invention, it is to be understood that the terms "upper", "lower", "top", "bottom", "inner", "outer", and the like, indicate orientations or positional relationships based on those shown in the drawings, and are used only for convenience in describing the present invention and for simplicity in description, and do not indicate or imply that the referenced devices or elements must have a particular orientation, be constructed and operated in a particular orientation, and thus, are not to be construed as limiting the present invention. It should be noted that when one component is referred to as being "connected" to another component, it can be directly connected to the other component or intervening components may also be present.
The technical scheme of the invention is further explained by the specific implementation mode in combination with the attached drawings.
The embodiment of the invention provides an intelligent engineering management system, which comprises: the system comprises a comprehensive management system 1, a safety management system 2, a quality management system 3, a progress management system 4, a technical management system 5 and a purchase management system 6;
the comprehensive management system comprises a communication module 11, a central processing module 12 and a display module 13, wherein a safety management system 2, a quality management system 3, a progress management system 4, a technical management system 5 and a purchase management system 6 are respectively connected with the communication module 11, the communication module 11 is connected with the central processing module 12, the central processing module 12 is used for integrating and processing data transmitted by the communication module 11, the display module 13 is used for displaying a data processing result of the central processing module 12, and the communication module 11 comprises wireless network communication and wired data communication;
the safety management system 2 is used for monitoring construction site data and performing data analysis, the quality management system 3 is used for monitoring the construction site quality data and performing data analysis, the progress management system 4 is used for monitoring the construction site progress data and performing data analysis, the technical management system 5 is used for monitoring construction technical data and performing data analysis, and the purchasing system 6 is used for monitoring material and equipment data and performing data analysis.
Optionally, the display module 13 includes an electronic display screen and an integrated display screen, the large-screen integrated module is used for displaying video data information, and the electronic display screen is used for displaying data analysis processed by the central processing module 12.
Optionally, the integrated management system 1 further includes a mobile terminal 14, the mobile terminal 14 is connected to the central processing module 12, the mobile terminal 14 is configured to display data analysis processed by the central processing module 12, the mobile terminal 14 can directly click to check monitoring states and data analysis of each device, and the mobile terminal 14 is a mobile phone App, which is convenient for mobile operation.
Optionally, the safety management system 2 comprises an intelligent behavior analysis module, a monitoring module and monitoring equipment, wherein the monitoring module comprises a meteorological monitoring module, a material information monitoring module, a personnel information monitoring module and an equipment state monitoring module, and the meteorological monitoring module comprises a dust raising noise monitoring module, a dust falling spraying system module, a sewage monitoring module, a smoke sensing monitoring module and a flood prevention monitoring module;
the material information monitoring module comprises a material placing module; the equipment state monitoring module comprises a vibration bracelet subsystem equipment module, a special equipment monitoring module, a deep foundation pit supporting monitoring module, a high formwork monitoring module, a scaffold monitoring module, an electric box monitoring module and a construction intelligent power utilization management module; personnel information monitoring module includes intelligent video monitoring module, face identification module, intelligent safety helmet orientation module, dresses identification module, healthy real-time supervision module, fence perimeter protection module, portable fence perimeter protection module, infrared curtain fence module, infrared enclosure module, vehicle management module.
The intelligent video monitoring module is used for project construction, quality, safety, civilized construction management and other aspects, and managers can master construction dynamics in time and supervise construction difficulties and key points in time. The monitoring range covers the heavy point parts such as the site entrance, the site exit, the construction area, the processing area, the office area, the main body construction operation surface and the like.
VR training module, VR training module experience through VR and carry out safety education and training, including the simulation of electrocuteeing, face immersive such as limit simulation, conflagration simulation, the simulation of collapsing of tower crane, more the true sensation that the danger of experience brought directly perceived.
And the face recognition module is used for carrying out face recognition on personnel entering and exiting the transformer substation to acquire real-time photos, comparing the real-time photos with the photos in the system, recognizing that the personnel not in the white list send out early warning, and simultaneously recording the attendance of workers. Through data integration analysis, can carry out overall management to personnel's quantity, work kind etc. of business turn over, further promote original entrance guard's security, attendance system accuracy.
The intelligent safety helmet positioning module is based on a real-name system of workers, takes the Internet of things and intelligent hardware as means, and realizes automatic data collection, uploading and voice safety prompting by wearing a safety helmet loaded with an intelligent chip by the workers and installing base station data collection and transmission on site, so that the site distribution of the workers, the alarm of a forbidden area, personal attendance data and the like can be clearly known.
Wearing identification module, utilizing image recognition technology, in by the monitoring area, whether dynamic identification pedestrian and pedestrian wear safety helmet or work clothes, the record is grabbed and is joined in marriage the image of not wearing personnel, uploads cloud platform, carries out statistical analysis and reports an emergency and asks for help or increased vigilance suggestion.
Health real-time supervision module through wearing intelligent bracelet for the site operation personnel, realizes physiological index such as real-time supervision operation personnel's rhythm of the heart, blood pressure to send out the warning when operation personnel health takes place to be unusual.
Vibrations bracelet subsystem equipment module to mobile devices such as excavator, crane, operating personnel is because can't see the blind area around to the potential safety hazard appears, adopts vibrations bracelet subsystem, and is close more when leaving the object, and vibration frequency is higher, thereby supplementary operating personnel perception blind area object reduces unnecessary loss.
The electronic fence perimeter protection module analyzes perimeter intrusion, cross-line detection, retention wandering, article leaving and other abnormal behaviors in real time and automatically triggers alarm through autonomously setting a perimeter area by a user, and automatic on-duty acousto-optic intelligent alarm is realized.
Portable fence perimeter protection module, engineering job site four mouths, five face the limit, if: the reserved hole, the elevator well mouth, the passage opening, the stair opening, the damaged guardrail and the like are prone to causing safety accidents such as falling of personnel. The portable perimeter protection subsystem can detect personnel in time in the dangerous areas and warn the personnel to pay attention to safety, thereby playing a role of safety protection.
Infrared curtain electronic fence module, engineering construction space or vertical space danger area, such as: the unloader vertically lifts the vertical space, and safety accidents such as moving objects, barriers and the like are avoided during the operation of the equipment. The infrared curtain electronic fence subsystem can detect people in the dangerous areas in time and warn the people to pay attention to safety, and the safety protection effect is achieved.
And the infrared enclosure module and the infrared intrusion alarm subsystem adopt an infrared detector technology to detect the intrusion condition of the enclosure around the construction site in real time. The method can effectively detect the behaviors of climbing the enclosing wall to enter and exit the construction site and illegal outward transportation of construction materials, and assists construction enterprises in strengthening engineering field management.
The special equipment monitoring module comprises a tower crane, a lifter, a discharging platform and the like, the platform acquires the operation data of the tower crane, the lifter, the discharging platform and the like in real time through a sensor, and when the monitoring equipment performs early warning and alarming when illegal operation occurs at present, dangerous actions of the equipment are automatically stopped, so that safety accidents are effectively avoided and reduced; meanwhile, the data are uploaded to a cloud server through a network, and the platform carries out remote monitoring and management.
The deep foundation pit supporting monitoring module monitors the stable conditions of surrounding adjacent buildings and auxiliary facilities in the foundation pit excavation stage, the supporting construction stage, the underground building construction stage and after completion in real time through intelligent sensing equipment such as a soil pressure cell, an anchor rod stress meter, a pore water pressure meter and the like, bears the responsibility of collecting, rechecking, summarizing, arranging, analyzing and transmitting field monitoring data, alarms the super-warning data and provides reliable data support for design and construction.
And the high formwork monitoring module monitors the number and positions of the measuring points, and comprehensively considers the monitoring purpose, the monitoring object, the monitoring method and the monitoring cost. The target object is monitored according to an economic monitoring means and reasonable point location arrangement.
The scaffold monitoring module, the real-time gravity monitoring module, the early warning control module, the abnormity alarm module, the construction scheme adjusting module and the like monitor the unconventional changes such as pressure change, inclination angle change, displacement change and the like of the scaffold body at any time through wireless networking and a pressure sensor device. Once abnormal change occurs, the system can automatically give an alarm to prompt a responsible person to adjust the construction scheme.
And the electric box monitoring module adopts an infrared sensor, the electric box is opened illegally, and the system receives warning information in time.
And the vehicle management module records information such as license plates, vehicle quantity and color of the vehicles through the camera, and the construction site comprehensively applies dynamic and static management to the vehicles.
Construction intelligence power consumption management module, project manager can set up lighting cycle according to construction cycle, carries out the remote switch operation to the interim power consumption to the whole power consumption condition in statistics project building site.
The material placement module is used for identifying the placement area specification of the intelligent video monitoring material: the method comprises the steps of dividing and identifying the material placing areas of field site cloth, setting specific material placing areas according to categories aiming at large materials such as reinforcing steel bars, cement and cables which are easy to identify, not allowing mixed placing, and giving an alarm if mixed placing occurs through an intelligent video monitoring system, so that the construction field is standardized, and the effect of civilized field cloth is achieved.
The dust noise monitoring system depends on dust noise monitoring equipment and can monitor air and noise of the construction site area environment in real time, and the outdoor environment monitoring equipment can accurately measure and display various environmental parameter factors such as noise, particulate matter concentration (PM2.5 and PM10), wind direction, wind speed, humidity, temperature and atmospheric pressure on an all-weather site in real time through an LED screen.
And after particulate matters in the field air exceed the standard, a manager can perform field spraying operation in an automatic and timed mode, and the construction environment of a construction site is improved. Can be connected with various spraying devices such as fog gun spraying, tower crane spraying, wall spraying and the like, and supports the remote control of the platform.
The sewage monitoring subsystem consists of an analyzer, a flow detector, a PH measuring instrument, a wireless data transmission module and back-end control software. The system can automatically sample the waste water of a using site and the sewage of a living area and detect the flow on line, thereby providing another angle of monitoring for the green construction implementation condition of a construction enterprise.
The smoke detection monitoring module monitors the online and alarm states of the smoke detection probes in real time and reminds the smoke detection probes in the modes of telephone, message and the like.
The flood prevention monitoring module is provided with a rainfall sensor, monitors precipitation amount, precipitation intensity and precipitation start-stop time in real time, and uploads monitoring information to the cloud platform. Once the precipitation exceeds the set value, the alarm gives an alarm automatically.
The building site broadcasting module is an information transmission channel between the project management part and workers, can transmit signals (such as alarm) to be announced to the workers without hindrance, and is not influenced by the initiative of the workers.
The intelligent behavior analysis module accurately and efficiently extracts and analyzes key information in videos based on video monitoring, advanced computer vision, artificial intelligence and parallel processing technology, and realizes omnibearing video intelligent analysis such as real-time behavior analysis and alarm, video structured information extraction, historical video rapid analysis and the like, such as: and identifying abnormal intrusion, enclosure crossing and climbing behaviors, and automatically capturing on-site smoke or fire.
Optionally, the quality management module includes a BIM module, a concrete pouring module, a mobile patrol subsystem module, and a mobile terminal measurement module, and the BIM module includes a BIM modeling module, a BIM three-dimensional lofting module, and a three-dimensional laser scanning technology and BIM model scheme verification module. (BIM English is Building Information Modeling, Chinese translation is: Building Information model, Building model is established based on various related Information data of construction project, and real Information of Building is simulated through digital Information simulation)
The BIM modeling module is installed through BIM technology simulation, carries out three-dimensional BIM modeling aiming at important electromechanical equipment of a transformer substation, buildings, a line group tower and the like, is used for technical bottom crossing of a construction site, and can carry out visual training aiming at risk points.
The BIM three-dimensional lofting module is characterized in that after BIM design is completed, the BIM lofting robot system carries out effective construction lofting on a BIM model, the construction lofting refers to finding out the geometric relation of positions between each part of feature points and control points of a building according to the building design size of the BIM three-dimensional model, lofting data such as distance, angle, elevation, coordinates and the like are calculated, then the feature points of the building are determined on the spot by using the control points, actual engineering construction is carried out, the construction is accurate and rapid, and labor and time costs are saved.
And the three-dimensional laser scanning technology and BIM model scheme verification module compares the result obtained by the three-dimensional laser scanning technology with the BIM structural model, checks the structural construction error, and performs corresponding adjustment on the BIM model to achieve accurate construction of local and important areas.
The concrete pouring module and the mass concrete temperature measuring subsystem can effectively detect the temperature between different inner and outer layers of concrete, provide real temperature values after concrete pouring for a construction team and group, help to improve the concrete pouring quality and guarantee the overall construction quality of a project, the concrete curing and pouring reminding module is used for project pouring concrete by commercial concrete, standard curing of concrete test blocks is carried out by a commercial concrete station, and the project part only needs to reserve the same-condition curing concrete test blocks and needs to remind that the concrete test blocks are due.
The mobile patrol subsystem module is used for helping a construction manager to solve a plurality of problems that a construction operation mode is difficult to effectively supervise quality and evaluate performance, information feedback is lagged and difficult to share to related managers, patrol results are difficult to analyze and the like, and can record and analyze patrol conditions.
The mobile terminal measuring module and the system mobile phone terminal provide actual measurement capacity functions, field inspection personnel can conveniently record measurement information in time, and the system background automatically collects measurement results according to engineering categories. The field management work is recorded in the whole process, and the working efficiency of front-line workers is improved.
Optionally, progress management system 4 includes a zebra progress management module and a BIM5D progress management module, and progress management system 4 is in data connection with the BIM module.
The zebra progress management module gets through the intelligent construction site platform and the BIM construction platform, interconnection and intercommunication and data application of the intelligent construction site and the BIM construction are achieved, and progress advance targets are gradually achieved through project progress management and control, personnel management and field visual management. And the target execution condition, the network plan, the image progress, the production value progress and the like of project production progress management are dynamically updated in real time, so that project production management personnel are assisted to carry out scientific decision analysis.
And the BIM5D progress management module associates the BIM model with the progress information, so that the progress information of each part of the project, including planning time, actual completion time, construction daily report forms, on-site progress pictures and the like, can be acquired. The construction animation simulation provided by BIM5D selects any time period in the construction process to carry out construction simulation according to actual needs. For the advance or delay of the construction progress, the software can be displayed in different colors, different view ports are set, meanwhile, the project is subjected to multi-angle progress simulation, and reference is provided for progress control of the project.
Optionally, the technical management system 5 includes a model design module, an artificial intelligence review module, a mechanized construction module, a visual ledger handover and operation and maintenance roaming module, and a carrying module, the model design module is in data connection with the BIM module, and the model design module includes a digital design module, an optimized design module, and a three-dimensional virtual roaming space verification module.
The digital design module generates an orthophoto map, a digital ground model and a three-dimensional landscape map with a stereogram effect from various image data by means of high-tech means such as satellites, airplanes, system positioning and the like through a high-precision scanner and a computer information processing system, and provides accurate judgment and intelligent quick decision for project implementation.
The optimization design module is used for BIM cooperation, realizes data model sharing among professions by means of a digital design model, mutually quotes and refers, optimizes a pipeline arrangement scheme, quickly builds a model, intelligently adjusts, standardizes inspection, forms images in batches, accurately counts and reduces design change; design and construction scheme collision check, space optimization and construction process dynamic simulation are developed, risks are avoided as much as possible, construction changes are reduced, and the purposes of shortening the construction period, controlling the cost and improving the quality are achieved; meanwhile, the attribute information of the component can be checked, the complex process of browsing documents at multiple positions is avoided, the model is combined for drawing review, construction bottom-meeting and the like, the image is visual, constructors can easily understand the process, and the construction quality is improved.
The three-dimensional virtual roaming space checking module performs virtual roaming according to the full-field model, can dynamically check the three-dimensional model at any visual angle, can check the detailed structure at any position and visually display the built effect. The three-dimensional virtual roaming simulation personnel patrol in the virtual building and check the reasonability of spatial arrangement to meet the requirements of an operation and maintenance stage as a starting point, whether a key detection maintenance channel is unblocked, whether equipment maintenance space is enough, whether objects such as a valve switch are convenient to operate or not, whether accident working condition personnel withdraw from the periphery of a path and confirm that no major hazard source exists, and found problems can remind a construction unit to solve the problems in time.
The artificial intelligent review module creates a design review platform based on the building information model, imports standard design information and a discrimination algorithm, realizes the functions of intelligent review management, information intelligent analysis, expert collaborative consultation review and the like, optimizes a design scheme, reduces design change and improves design quality.
The visualized standing book handover and operation and maintenance roaming module collects models, data and documents generated by digital design and digital construction management in the engineering construction period, combines various service codes or classifications by taking equipment as a core, realizes organic association of various information and promotes the overall digital handover of a project. After the engineering construction transfer is completed, the construction and equipment composition conditions are checked through entity model roaming, and multidimensional information of equipment is checked through selecting specific equipment, so that a visual platform is provided for operation and maintenance.
Mechanized construction module, the mode of reform construction operation through construction technologies such as programming, assembled, 3D printing, realizes changing into intelligent machinery supplementary construction from traditional manual work construction, and repeatability, high strength, dangerous construction operation are implemented by mechanical automation industrial equipment, realize reducing the human cost, promote work efficiency's target.
The delivery module realizes that delivery vehicles such as heavy goods and materials transport vechicle, small-size transport machinery, unmanned aerial vehicle intelligence automatic control use based on technologies such as on-vehicle perception, thing networking, promotes engineering implementation, checks and accepts efficiency.
Optionally, the purchase management system 6 includes a two-dimensional code application subsystem module, and the two-dimensional code application subsystem module is used for unifying electronic management material information.
The two-dimension code application subsystem module adopts a two-dimension code and internet cloud technology, a power-assisted project manager realizes information transformation such as personnel management and control, equipment maintenance, equipment arrival, construction process management and the like, the purposes of information sharing, flow standardization, construction efficiency improvement and management enhancement are achieved, and all related information of material and material is uniformly electronically managed through the two-dimension code technology.
The above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. An intelligent engineering management system, comprising: the system comprises a comprehensive management system, a safety management system, a quality management system, a progress management system, a technical management system and a purchase management system;
the comprehensive management system comprises a communication module, a central processing module and a display module, the safety management system, the quality management system, the progress management system, the technical management system and the purchase management system are respectively connected with the communication module, the communication module is connected with the central processing module, the central processing module is used for processing data transmitted by the communication module, and the display module is used for displaying a data processing result of the central processing module;
the safety management system is used for monitoring data of construction site personnel, materials, equipment and environment and carrying out data analysis, the quality management system is used for monitoring quality data of site construction and carrying out data analysis, the progress management system is used for monitoring progress data of the site construction and carrying out data analysis, the technical management system is used for monitoring technical data of construction and carrying out data analysis, and the purchase management system is used for monitoring data of the materials and the equipment and carrying out data analysis;
the safety management system comprises an intelligent behavior analysis module, a monitoring module and monitoring equipment, wherein the monitoring module comprises a meteorological monitoring module, a material information monitoring module, a personnel information monitoring module and an equipment state monitoring module, and the meteorological monitoring module comprises a flying dust noise monitoring module, a dust fall spraying system module, a sewage monitoring module, a smoke detection monitoring module and a flood prevention monitoring module;
the material information monitoring module comprises a material placing module; the equipment state monitoring module comprises a vibration bracelet subsystem equipment module, a special equipment monitoring module, a deep foundation pit supporting monitoring module, a high formwork monitoring module, a scaffold monitoring module, an electric box monitoring module and a construction intelligent power utilization management module; the personnel information monitoring module comprises an intelligent video monitoring module, a face recognition module, an intelligent safety helmet positioning module, a wearable recognition module, a health real-time monitoring module, an electronic fence perimeter protection module, a portable electronic fence perimeter protection module, an infrared curtain electronic fence module, an infrared fence module and a vehicle management module;
the intelligent video monitoring module is used for project construction, quality, safety and civilized construction management, and a manager can master construction dynamics in time and supervise construction difficulties and key points in time; the monitoring range comprehensively covers important positions of a site entrance, a site exit, a construction area, a processing area, an office area and a main body construction working face;
the face recognition module is used for carrying out face recognition on personnel entering and leaving the transformer substation to acquire real-time photos, comparing the real-time photos with the photos in the system, recognizing that the personnel not in the white list send out early warning, and simultaneously recording the attendance of workers; through data integration and analysis, the quantity and work types of personnel entering and leaving the field can be comprehensively managed, and the safety of the original entrance guard and the accuracy of an attendance system are further improved;
the intelligent safety helmet positioning module is based on the real-name system of workers, takes the Internet of things and intelligent hardware as means, and realizes automatic data collection, uploading and voice safety prompt by wearing a safety helmet loaded with an intelligent chip by the workers and installing base station data collection and transmission on site, so that the site distribution, the forbidden area alarm and the personal attendance data of the workers are clearly known;
the wearing identification module dynamically identifies whether pedestrians and working clothes are worn by the pedestrians in the monitored area by using an image identification technology, records images of the non-worn pedestrians, uploads the images to a cloud platform, and carries out statistical analysis and alarm prompting;
the health real-time monitoring module is used for monitoring heart rate and blood pressure physiological indexes of field operators in real time by wearing the intelligent bracelet on the field operators, and giving an alarm when the bodies of the field operators are abnormal;
the vibration bracelet subsystem equipment module is used for assisting an operator to sense objects in the blind areas and reducing unnecessary loss when the operator is closer to the objects and the vibration frequency is higher aiming at the mobile equipment of the excavator and the crane because the operator cannot see the surrounding blind areas so as to cause potential safety hazards;
the portable electronic fence perimeter protection module has four or five adjacent edges on the engineering construction site, and the portable perimeter protection subsystem can detect personnel in a dangerous area in time and warn the personnel to pay attention to safety, so that the portable electronic fence perimeter protection module plays a role in safety protection;
the infrared curtain electronic fence module is used in a dangerous area of an engineering construction space or a vertical space, and safety accidents of moving objects and barriers are avoided during equipment operation; the infrared curtain electronic fence module can detect personnel in a dangerous area in time and warn the personnel to pay attention to safety, so that the safety protection effect is achieved;
the infrared enclosure module adopts an infrared detector technology to detect the intrusion condition of the enclosure around the construction site in real time; the method can effectively detect the behaviors of climbing the enclosing wall to enter and exit the construction site and illegal outward transportation of construction materials, and assists construction enterprises in strengthening engineering site management;
the special equipment monitoring module comprises a tower crane, a lifter and a discharging platform, the platform acquires the operation data of the tower crane, the lifter and the discharging platform in real time through a sensor, and when the monitoring equipment performs early warning and alarming when illegal operation occurs at present, dangerous actions of the equipment are automatically stopped, so that safety accidents are effectively avoided and reduced; meanwhile, the data is uploaded to a cloud server through a network, and the platform carries out remote monitoring and management;
the deep foundation pit supporting monitoring module monitors the stable conditions of surrounding adjacent buildings and auxiliary facilities in a foundation pit excavation stage, a supporting construction stage, an underground building construction stage and after completion in real time through an intelligent sensing device of a soil pressure cell, an anchor rod stress meter and a pore water pressure meter, bears the responsibility of collecting, rechecking, summarizing, arranging, analyzing and transmitting field monitoring data, alarms the super-warning data and provides reliable data support for design and construction;
the high formwork monitoring module monitors the number and positions of the measuring points, and comprehensively considers the monitoring purpose, the monitoring object, the monitoring method and the monitoring cost; the target object is monitored according with economic monitoring means and reasonable point location arrangement;
the scaffold monitoring module, the gravity real-time monitoring module, the early warning control module, the abnormity warning module and the construction scheme adjusting module monitor the pressure change, the inclination angle change and the displacement change unconventional change of the scaffold body at any time through wireless networking and a pressure sensor device; once abnormal change occurs, the system automatically gives an alarm to prompt a responsible person to adjust the construction scheme;
the electric box monitoring module adopts an infrared sensor, the electric box is illegally opened, and the system receives warning information in time;
the vehicle management module records vehicle license plates and vehicle quantity color information through a camera, and performs comprehensive application of dynamic and static management on vehicles on a construction site;
according to the construction intelligent power utilization management module, project managers can set a lighting period according to a construction period, remote switch operation is carried out on temporary power utilization, and the whole power utilization condition of a project site is counted;
the material placement module is used for identifying the placement area standard of the intelligent video monitoring material: the method comprises the steps of dividing a field layout into material placing areas for identification, setting specific material placing areas according to categories aiming at large types of materials which are easy to identify such as reinforcing steel bars, cement and cables, and not allowing mixed placing;
the dust noise monitoring module is supported by dust noise monitoring equipment and can monitor air and noise of a construction site area environment in real time, and the outdoor environment monitoring equipment can accurately measure noise, particle concentration, wind direction, wind speed, humidity, temperature and atmospheric pressure in all weather on site and display the parameters in real time by an LED screen;
when the particulate matters in the field air exceed the standard, a manager can perform field spraying operation in an automatic and timing mode, so that the construction environment of a construction site is improved; various spraying devices can be connected with fog gun spraying, tower crane spraying and wall surface spraying, and the remote control of the platform is supported;
the sewage monitoring module consists of an analyzer, a flow detector, a PH measuring instrument, a wireless data transmission module and back-end control software; the system can automatically sample the waste water and the sewage in the living area on the use site and detect the flow on line, thereby providing another angle of monitoring for the green construction implementation condition of construction enterprises;
the smoke detection monitoring module monitors the online and alarm states of the smoke detection probes in real time and reminds the smoke detection probes in a telephone and message mode;
the flood prevention monitoring module is provided with a rainfall sensor, monitors precipitation amount, precipitation intensity and precipitation start-stop time in real time, and uploads monitoring information to the cloud platform; once the precipitation exceeds a set value, the alarm automatically gives an alarm;
the intelligent behavior analysis module accurately and efficiently extracts and analyzes key information in the video based on video monitoring, advanced computer vision, artificial intelligence and parallel processing technology, and realizes comprehensive video intelligent analysis of real-time behavior analysis and alarm, video structured information extraction and rapid historical video analysis.
2. The intelligent engineering management system of claim 1, wherein the display module comprises an electronic display screen and an integrated display screen, the integrated display screen is used for displaying video data information, and the electronic display screen is used for displaying data analysis results processed by the central processing module.
3. The intelligent engineering management system according to claim 1, further comprising a mobile terminal connected to the central processing module, wherein the mobile terminal is configured to display the data analysis result processed by the central processing module.
4. The intelligent engineering management system of claim 1, wherein the equipment status monitoring module comprises a sensor for monitoring equipment status, the material information monitoring module comprises a first camera, the personnel information monitoring module comprises a second camera and a sensing device for monitoring personnel information, the weather monitoring module comprises a dust noise monitoring module, a sewage monitoring module, a smoke monitoring module, and a rainfall monitoring module, the sewage monitoring module comprises a sewage measuring instrument for sewage monitoring, and the smoke monitoring module comprises a smoke sensing probe for smoke monitoring.
5. The intelligent engineering management system of claim 4, wherein the safety management system further comprises an alarm module, the alarm module comprises an alarm indicator and an alarm horn, and the alarm module is respectively in data connection with the weather monitoring module, the material information monitoring module, the personnel information monitoring module and the equipment state monitoring module.
6. The intelligent project management system of claim 1, wherein the quality management system comprises a BIM module, a concrete pouring module and a mobile end measurement module, and the concrete pouring module is used for temperature measurement and pouring reminding of concrete construction.
7. The intelligent engineering management system of claim 6, wherein the BIM module comprises a BIM modeling module, a BIM lofting module, a three-dimensional laser calibration module; the BIM modeling module is used for establishing a three-dimensional model for substation electromechanical equipment, buildings and line towers, the BIM lofting module is used for comparing actual construction conditions with the three-dimensional model, and the three-dimensional laser checking module is used for carrying out three-dimensional scanning on site construction and comparing with the three-dimensional model to check errors of a structure.
8. The intelligent project management system of claim 6, wherein the progress management system comprises a zebra progress management module and a BIM5D progress management module, and the progress management system is in data connection with the BIM module.
9. The intelligent project management system of claim 6, wherein the technical management system comprises a model design module, an artificial intelligence review module, a mechanized construction module, an intelligent delivery and flight module, the model design module being in data connection with the BIM module.
10. The intelligent engineering management system of claim 1, wherein the procurement management system comprises a two-dimensional code application subsystem module, and the two-dimensional code application subsystem module is used for unified electronic management of material information.
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CN116704722B (en) * | 2023-08-08 | 2023-11-03 | 成都信息工程大学 | Building engineering safety precaution system |
CN116912781B (en) * | 2023-09-13 | 2023-12-08 | 通号信息产业有限公司 | BIM model building monitoring management system and method |
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Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107103078A (en) * | 2017-04-25 | 2017-08-29 | 国网上海市电力公司 | Transformer substation construction complete period digitlization managing and control system based on BIM |
CN108985714A (en) * | 2018-07-04 | 2018-12-11 | 江苏南通三建集团股份有限公司 | A kind of construction site wisdom control integrated system |
CN109978409A (en) * | 2019-04-10 | 2019-07-05 | 国网浙江省电力有限公司建设分公司 | A kind of multiple-project enterprise-level wisdom building site block chain management method |
Family Cites Families (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US20070143356A1 (en) * | 2005-12-15 | 2007-06-21 | Kleinsmith Richard A | Enforcing workflow for implementing unique identification |
-
2019
- 2019-12-23 CN CN201911338879.XA patent/CN111126838B/en active Active
Patent Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107103078A (en) * | 2017-04-25 | 2017-08-29 | 国网上海市电力公司 | Transformer substation construction complete period digitlization managing and control system based on BIM |
CN108985714A (en) * | 2018-07-04 | 2018-12-11 | 江苏南通三建集团股份有限公司 | A kind of construction site wisdom control integrated system |
CN109978409A (en) * | 2019-04-10 | 2019-07-05 | 国网浙江省电力有限公司建设分公司 | A kind of multiple-project enterprise-level wisdom building site block chain management method |
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