CN115640925A - Wisdom building site management system - Google Patents
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Abstract
The invention discloses an intelligent construction site management system which comprises a personnel management system (personnel), an equipment management system (machine), a material management system (material), a method management system (method), an environment management system (ring) and a data fusion and intelligent decision management system, and realizes construction site management covering all production elements. The data fusion and intelligent decision management system realizes fusion of production element data such as man, machine, material, method and ring on a construction site based on joint analysis of distance and strength of multi-source information signals; the time history of data is longitudinally analyzed by combining the time-space interaction characteristic of the intelligent construction site, the data matching characteristic of multi-equipment and multi-machine combined control is transversely compared, the association relation of multi-source information is constructed, and the collected multi-source construction site information such as personnel, equipment, materials, methods and environments is extracted and optimized based on the multi-source information association of different production elements, so that comprehensive depth perception and intelligent decision of intelligent construction site field management are realized.
Description
Technical Field
The invention relates to the technical field of engineering management informatization, in particular to an intelligent construction site management system.
Background
The intelligent construction site is a construction site form and an intelligent environment based on multidimensional information, data mining and dynamic decision, and the functions of network organization such as the internet, the internet of things and a sensor network are exerted by means of technical means such as virtual reality, augmented reality, RFID, three-dimensional scanning and mobile communication. The intelligent construction site becomes an effective carrier for the informatization and industrialization deep fusion of the construction industry by integrating and applying the advanced information technology and combining with an industrial construction mode, mechanization, automation and intelligentization equipment, so that the digitization, refinement and intelligent production and management of the construction site are realized, the technology and management level of engineering project construction are improved, and the intelligent construction site has very important significance for promoting and realizing the modernization of the construction industry.
The prior patent 201910209003.9 specifically discloses an intelligent construction auxiliary system, which comprises a full-field network system construction, a field scheduling command intranet construction, an air data import function, a personnel management system, a vehicle management system, a personnel and vehicle limited range management system, a tower crane management system, a video remote calling system, a side slope detection function, a license plate weighing linkage system, an access pile foundation over-filling detection system and a face recognition system. The invention is provided with a full-field network system construction, a field scheduling command intranet construction and an atmospheric data import module, can ensure the construction rapidity by the construction of a wireless network, quickly put into use by each node, reduce the cost, and build a satellite foundation enhancement system to provide a precision deviation correction signal for intelligent piling, slope protection and fixed-point construction, effectively supervise the number of field personnel and the labor type, ensure that non-qualified personnel do not enter the field, and can monitor the number, the position, the labor type, personal information and the working state of the field personnel in real time. The personnel management system of this patent can not discern personnel's action, does not realize that personnel's positioning trajectory is visual, can't discover the potential safety hazard automatically, and intelligent application degree is not enough.
The prior patent 201610173074.4 specifically discloses an intelligent construction site management system based on three-dimensional model live-action visualization, which obtains the card swiping data of personnel and vehicles according to the card swiping information of an access control system, and obtains the scanning data of corresponding fixed personnel and set mechanical equipment by scanning bar codes; obtaining real-time video monitoring data of a construction site through a plurality of cameras arranged on the construction site; acquiring corresponding environmental data through an environmental monitoring device arranged on a construction site; the information real-time broadcasting system is used for transmitting the acquired public broadcasting data to the information broadcasting database; based on the intelligent chemical engineering management technology, the system is subjected to visual live-action display and integration on the basis of a three-dimensional model, data acquired by the system is displayed, analyzed, processed and applied, and meanwhile, the system is integrated with an existing project management information system and a database, so that intelligent management functions such as project management decision support, project implementation deviation early warning, project experience information feedback and the like are realized. This patent can't realize the monitoring and the management and control to key equipment such as tower machine, crawler crane, gantry crane, does not realize the monitoring management of environment such as raise dust, water, power consumption and deep basal pit.
The technology disclosed by the existing patent is mainly embodied in the networked management and physical integration of construction site management, the monitoring and management degree of data is not deep, the field control is not subdivided and combed according to production elements, and the management objects are incomplete.
Disclosure of Invention
In view of the above-mentioned technical problems in the prior art, the present invention provides an intelligent construction site management system, which is used for realizing construction site management covering full production elements and further realizing comprehensive depth perception and intelligent decision of intelligent construction site field management.
An intelligent worksite management system, comprising:
the personnel management system is used for comprehensively managing the intelligent construction site personnel and comprises one or more functional modules of a real-name authentication management system, a behavior identification system, a personnel positioning management system, a safety education system and a behavior star management system;
the equipment management system is used for comprehensively managing the intelligent construction site equipment and comprises one or more functional modules of a tower crane monitoring system, a crawler crane monitoring system, a portal crane monitoring system, a shield machine monitoring system and a discharging platform monitoring system;
the material management system is used for providing raw materials required by the engineering construction project, counting and storing the raw materials, and comprises one or more functional modules in an intelligent wagon balance management system and a material supervision system;
the method management system is used for providing method guidance for equipment work and comprises one or more functional modules of an equipment inspection system, an actual measurement actual quantity system, a reinforcing steel bar quantity identification system, a networking authentication system and a broadcasting system;
the environment management system is used for monitoring various environmental indexes of the intelligent construction site in real time and providing safety guarantee for the construction of personnel and equipment, and comprises one or more functional modules of a dust raising monitoring system, an intelligent water consumption monitoring system, an intelligent electricity consumption safety monitoring system, a deep foundation pit monitoring system, a concrete wireless temperature measuring system, a high formwork supporting safety monitoring system, a video monitoring system, a license plate recognition system and an edge protection optical fiber alarm system;
the data fusion and intelligent decision management system is used for realizing data fusion of intelligent construction site information based on joint analysis of distance and strength of multi-source information signals acquired by one or more production element data in the personnel management system, the equipment management system, the material management system, the method management system and the environment management system, constructing an incidence relation of the multi-source information by combining the space-time interaction characteristics of an intelligent construction site, and extracting and optimizing the multi-source information of the production element data based on the incidence relation so as to realize intelligent decision of the intelligent construction site.
Furthermore, the real-name authentication management system is used for acquiring the time of entering and leaving the intelligent construction site personnel and attendance data in a face recognition mode;
the behavior recognition system is used for recognizing the behavior of a possible construction site intruder and sending out early warning information;
the personnel positioning management system is used for installing a Bluetooth positioning module for preloading personnel identity information on a wearing object of the intelligent construction site personnel to carry out RSSI positioning so as to realize visualization of personnel tracks;
the safety education system is used for achieving education and training of intelligent construction site personnel by means of VR virtual reality technology;
the behavior star management system can enable intelligent building site personnel to take pictures and upload when finding good behaviors or potential safety hazards, so that points are obtained and reward articles are exchanged, and the intelligent building site personnel are stimulated to carry out on-site safety maintenance together.
Furthermore, the tower crane monitoring system is used for monitoring the operation condition of the tower crane in real time and providing real-time early warning for collision among a plurality of tower cranes;
the crawler crane monitoring system is used for monitoring the running condition of the crawler crane in real time and realizing overload early warning, complete machine safety limit and radar anti-collision early warning;
the gantry crane monitoring system is used for realizing operation record retention, overload alarm, large and small vehicle anchoring state, complete machine safety limit and large vehicle deflection alarm so as to monitor the running state of the gantry crane in real time;
the shield machine monitoring system is used for calling real-time operation data of the shield machine and feeding back a tunneling attitude, a spiral conveyor state, hinge data and earth pressure monitoring in real time so as to acquire the operation condition of the shield machine;
the system for monitoring the discharging platform monitors the weight of the discharging platform and the inclination angle of the steel frame material platform in real time through the weight sensor, sets a danger threshold value to realize real-time data transmission of the equipment sensor and the system and remind and record abnormity, and prevents overload and rollover and carries out potential safety hazard troubleshooting.
Furthermore, the intelligent wagon balance management system is used for automatically filling data, automatically converting units and automatically pushing alarm to weighing personnel so as to realize the omnibearing management and control of a material on-site acceptance link;
the material supervision system can check material acceptance and core data through the material management webpage so as to facilitate remote supervision of a manager.
Furthermore, the equipment inspection system can display project information, technical background content, equipment, personnel, actually measured actual quantity and safety quality information by scanning the two-dimensional code;
the actual measurement system is used for realizing real-time recording and uploading of field measurement data;
the reinforcing steel bar quantity identification system is used for estimating the quantity of the reinforcing steel bars through a machine learning technology;
the networking authentication system guides personnel to enter a safety education interface in a WEB portal authentication mode, safety education random answer is passively performed before logging in WiFi, and WiFi can be connected after answering, so that the safety consciousness of the personnel is indirectly improved;
the broadcasting system commands and dispatches the intelligent construction site through remote shouting.
Further, the dust monitoring system is used for providing the site air environment data monitored in real time to a manager for decision making;
the intelligent water consumption monitoring system is used for monitoring the water consumption of each region of the construction site, and analyzing the water consumption peak time and the average water consumption of the construction site and whether water leakage and malicious water use exist or not according to the water consumption of each time period;
the intelligent electricity safety monitoring system is used for monitoring electricity consumption, main circuit voltage, current and leakage current in a work area, and analyzing whether the electricity environment is safe or not through monitored parameters while monitoring the electricity consumption;
the deep foundation pit monitoring system automatically collects state data of the deep foundation pit through a total station, a pressure gauge and an axial force meter arranged on site, the data are automatically uploaded to a platform and curves and charts are generated, and automatic data comparison and over-value early warning are achieved;
the concrete wireless temperature measurement system is used for wirelessly measuring the temperature of concrete;
the high formwork supporting safety monitoring system is used for monitoring formwork settlement, vertical rod axial force, vertical rod horizontal lateral movement and rod piece inclination angle of a high and large formwork supporting system in real time, and realizing real-time monitoring, overrun early warning and danger warning of high formwork construction safety;
the video monitoring system is used for carrying out video monitoring and viewing on the intelligent construction site;
the license plate recognition system is used for automatically recognizing and registering license plates of vehicles entering and leaving a construction site and automatically uploading data;
the frontier defense optical fiber alarm system senses vibration caused by actions of possible construction site intruders trying to climb and break into a construction site by using the sensing optical fibers, analyzes and processes signals and judges that intrusion exists, so that an alarm signal is sent.
In general, compared with the prior art, the above technical solution contemplated by the present invention can achieve the following beneficial effects:
(1) The intelligent construction site management system comprises a personnel management system (personnel), an equipment management system (machine), a material management system (material), a method management system (method), an environment management system (ring) and a data fusion and intelligent decision management system, and realizes construction site management covering all production elements. The data fusion and intelligent decision management system realizes fusion of production element data such as man, machine, material, law, ring and the like on a construction site based on joint analysis of distance and strength of multi-source information signals; the time history of data is longitudinally analyzed by combining the time-space interaction characteristic of the intelligent construction site, the data matching characteristic of multi-equipment and multi-machine combined control is transversely compared, the association relation of multi-source information is constructed, and the collected multi-source construction site information such as personnel, equipment, materials, methods and environments is extracted and optimized based on the multi-source information association of different production elements, so that comprehensive depth perception and intelligent decision of intelligent construction site field management are realized.
(2) According to the invention, through the face recognition of the entrance, the positioning of the personnel and the AI camera data, the action track of the personnel and the recognition data of the operation behavior are constructed, a dangerous behavior database of the personnel and an operation content database are established, and through intelligent comparison, the potential safety hazard of the operation is found and the dangerous behavior is judged in time.
(3) According to the invention, the sensors of the tower crane, the crawler crane, the portal crane and other equipment are used for monitoring the environmental data such as the running speed, the wind speed, the temperature, the humidity and the like of the equipment such as the load, the amplitude, the displacement, the inclination angle, the acceleration and the like and the operation behavior data, and based on the coupling analysis and the abnormal data prediction of the multi-sensor data, the fault analysis and the danger prediction of multi-machine combined control operation are realized, and the collision and the linkage safety risk caused by the simultaneous operation of multiple equipment in a construction site are avoided.
(4) According to the invention, the intelligent wagon balance data, the warehouse-in storage data, the warehouse-out material receiving data and the field construction material data are compared, analyzed and recorded, so that the effective use proportion of the materials is analyzed, the field material use is reasonably distributed, the purchasing requirement is analyzed in advance, the intelligent supply and purchasing of the materials are ensured, the whole process tracing and recording of the materials are realized, and the construction time and cost are saved.
(5) According to the invention, the interconnection, intercommunication and comparison verification of the operation data of the construction site are realized through intelligent issuing and distribution of the construction site operation content, automatic uploading and association of the measured data, automatic confirmation of the engineering quantity, automatic uploading of the operation record and non-sensing acquisition of the equipment inspection data, so that the construction operation efficiency is improved and the repeated workload is reduced.
(6) According to the construction method, the adaptability of construction operation contents is intelligently judged and analyzed through PM2.5, PM10, noise, wind speed, wind direction, air temperature and humidity and the like, and reasonable suggestions of construction contents and sequences are given. By predicting the solidification speed of concrete and monitoring the state data of the foundation pit, the risks such as settlement and overrun are monitored and early warned.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required to be used in the embodiments 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 it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of an intelligent worksite management system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. In addition, the technical features involved in the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.
The terms "comprises" or "comprising," and any variations thereof, in the description, claims, or drawings of this application, are intended to cover non-exclusive inclusions. For example, a process, method, system, article, or apparatus that comprises a list of steps or elements is not limited to only those steps or elements but may alternatively include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.
Based on the technology disclosed by the existing patent, which is mainly embodied in the situations of networked management and physical integration of construction site management, the monitoring and management degree of data is not deep, field management and control are not subdivided and sorted according to production elements, management objects are incomplete and the like, the intelligent construction site management system is constructed in one embodiment of the invention, and construction site management covering all production elements is realized, wherein the intelligent construction site management system comprises personnel management (human), equipment management (machine), material management (material), method management (method) and environment management (ring). In the embodiment, various sensors and other monitoring devices are arranged on a construction site, so that comprehensive monitoring and analysis of people, machines, materials, methods and rings on the construction site are realized, and data of the devices are informationized and uploaded to a project management platform in real time to form dynamic management of the construction site. Referring to fig. 1, a schematic diagram of an intelligent worksite management system includes:
(1) Personnel management system: the real-name authentication management system records the time of the labor staff entering and leaving the site through modes of face recognition and the like. The daily attendance conditions of teams and groups and individuals are accurately counted by depending on the entry and exit records, and a monthly attendance report form is formed at the end of a month to provide a basis for wage settlement and release. The personnel positioning management system is additionally provided with a Bluetooth positioning module for preloading personnel identity information in an operator safety helmet, uploads the personnel identity information to the Internet of things platform for RSSI positioning, and associates the information with a map model to achieve visualization of personnel tracks. The AI camera behavior intelligent recognition system adds the latest artificial intelligence technology in video monitoring to detect potential safety hazards, an alarm can be given immediately after the potential safety hazards are found, and an alarm signal is synchronously pushed to a manager; meanwhile, a snapshot machine account is formed and stored in a database of a system background. The safety education system utilizes VR virtual reality technology, builds education training center in digital simulation space, need not to build the scene simulation facility of entity at the building site, through virtual vision of VR technology, sense of hearing information, lets experience person have more lifelike impression and look over each component location, typesetting, way, standard, information such as attribute. The behavioral star management system adopts an 'informatization tool + big data background + front-end display' to perform behavioral safety star activities, and labor personnel can take pictures and upload found behaviors or potential safety hazards to obtain points, and the points can be used for scanning two-dimensional codes in a vending machine to exchange reward articles, so that the labor personnel are encouraged to jointly perform on-site safety maintenance.
According to the invention, through the face recognition of the entrance, the positioning of the personnel and the AI camera data, the action track of the personnel and the recognition data of the operation behavior are constructed, a dangerous behavior database of the personnel and an operation content database are established, and through intelligent comparison, the potential safety hazard of the operation is found and the dangerous behavior is judged in time.
(2) An equipment management system: the tower crane safety monitoring system manages the starting operation of the tower crane through face recognition based on the data such as the load and the amplitude, the wind speed and the inclination angle of a tower crane sensor, monitors the hoisting load in real time each time, realizes the visualization of a lifting hook and the behavior analysis of drivers, and provides real-time early warning for possible collision among a plurality of tower cranes. The crawler crane monitoring system can realize face recognition starting, automatically monitor the lifting load, the telescopic length of the suspension arm and the working angle of the arm support of the crane in real time, realize overload early warning, complete machine safety limit and radar anti-collision early warning, and reduce dangerous operation of the crawler crane. The gantry crane safety monitoring system has the functions of real-time monitoring, fault analysis and processing, data acquisition, operation maintenance, production statistics and whole vehicle use condition analysis, realizes operation record retention, overload alarm, large and small vehicle anchoring state, whole machine safety limit and large vehicle deflection alarm, and achieves the purpose of monitoring the running state of the gantry crane in real time. The shield machine monitoring system collects data such as soil pressure, displacement, propelling force, oil pressure, stroke and grouting by calling real-time operation data of the shield machine, feeds back tunneling attitude, screw conveyor state, hinge data and earth pressure monitoring in real time, and can visually know the operation condition of the shield machine. The system for monitoring the discharging platform monitors the weight of the discharging platform and the inclination angle of the steel frame material platform at any time through the weight sensor, sets a danger threshold value to realize real-time data transmission of the equipment sensor and the system and remind and record abnormity, thereby preventing overload and rollover and carrying out potential safety hazard troubleshooting.
According to the invention, the sensors of the tower crane, the crawler crane, the portal crane and other equipment are used for monitoring the environmental data such as the running speed, the wind speed, the temperature, the humidity and the like of the equipment such as the load, the amplitude, the displacement, the inclination angle, the acceleration and the like and the operation behavior data, and based on the coupling analysis and the abnormal data prediction of the multi-sensor data, the fault analysis and the danger prediction of multi-machine combined control operation are realized, and the collision and the linkage safety risk caused by the simultaneous operation of multiple equipment in a construction site are avoided.
(3) The material management system comprises: the intelligent wagon balance management system adopts a plurality of cameras on site, and realizes weighing and instant multidirectional shooting. Data is automatically filled in, units are automatically converted, and alarm is automatically pushed to the weighing staff. The omnibearing management and control of the on-site acceptance link of the material is realized through the combination of software and hardware, and the phenomena of material loss in the field, cheating in the weighing link, material loss in the field and the like are avoided. The material supervision system can visually check material acceptance and core data through the material management webpage, and a manager can conveniently conduct remote supervision. Meanwhile, the displayed total data can be decomposed into the original document layer by layer, so that the data source is accurate, real, timely and reliable.
According to the invention, the intelligent wagon balance data, the warehouse-in storage data, the warehouse-out material picking data and the field construction material data are compared, analyzed and recorded, so that the effective use proportion of the materials is analyzed, the field material use and the purchase demand are reasonably distributed, the intelligent supply and purchase of the materials are ensured, the whole process tracing and recording of the materials are realized, and the construction time and cost are saved.
(4) The method comprises the following steps: the equipment inspection system adds the two-dimensional code management system into the intelligent construction site system, and the scanning two-dimensional code can display information such as project information, technical background content, equipment, personnel, actual measurement quantity and safety quality. Actual measurement real-time measurement system is used for the site operation, is measured by measuring tool, and measured data uploads to APP through bluetooth data transmission module, uploads to data platform, realizes on-the-spot measured data real-time recording and uploads. And the steel bar quantity recognition system performs image segmentation and positioning detection on the steel bars or the round objects in the picture, quickly returns the coordinates of the detected objects and marks the detected objects. The quantity of the steel bars is identified through a large amount of machine learning of the on-site pictures, so that the workload of counting the steel bars manually is reduced. The networking authentication system is used for carrying out wireless WiFi login interface setting in a living area, guiding personnel to enter a safety education interface in a WEB portal authentication mode, passively carrying out safety education random answer before logging in WiFi, and connecting WiFi after answering, so that the safety awareness of workers can be improved subtly, and a question bank can be customized according to project requirements. The broadcasting system supports remote calling, carries out calling point to point through a microphone or a mobile phone end and a computer end special for the project department, and carries out command and scheduling on the site in time; the intelligent building site alarm system is linked with the intelligent building site alarm system in a matched mode, and automatic alarm broadcasting of various devices is achieved; the timing broadcast function is supported, and through setting, need not on duty, automatic broadcast has improved workman's safety prevention and control consciousness.
The invention realizes the interconnection, intercommunication and comparison verification of construction site operation data through intelligent issuing and distributing of construction site operation contents, automatic uploading and association of measurement data, automatic confirmation of engineering quantity, automatic uploading of operation records and non-sensitive acquisition of equipment inspection data, thereby improving the construction operation efficiency and reducing the repeated workload.
(5) An environment management system: the dust emission monitoring system collects and transmits data of various air environment monitoring sensors (PM 2.5, PM10, noise, wind speed, wind direction, air temperature and humidity and the like) in real time, and a manager can monitor field environment data remotely in real time and make a decision in time. The intelligent water consumption monitoring system can monitor the water consumption of each region of a construction site, and analyze the water consumption peak time, the average water consumption of the construction site, whether water leakage, malicious water use and other problems exist according to the water consumption of each time period. The intelligent power utilization safety monitoring system can monitor power consumption, main circuit voltage, current, leakage current and the like in a power region, monitors power utilization and electric quantity and simultaneously analyzes the safety of the power utilization environment through monitored parameters, and can better control and manage construction and production costs while protecting the power utilization safety of the power site. The deep foundation pit monitoring system is characterized in that a total station, a pressure gauge, an axial force meter and the like are arranged on site, foundation pit state data are collected automatically, the data are automatically uploaded to a platform, curves and charts are generated, and automatic comparison and over-value early warning of the data are achieved. The wireless temperature measurement system for the mass concrete consists of a linear temperature sensor, a wireless temperature collector, a wireless repeater, a GPRS wireless data transmission module and management software and is used for wirelessly measuring the temperature of the concrete. The high formwork safety monitoring system is used for monitoring formwork settlement, vertical rod axial force, vertical rod horizontal side shift (in two vertical and horizontal directions) and rod piece inclination angle (in two vertical and horizontal directions) of a high formwork supporting system in real time, and the functions of real-time monitoring, overrun early warning and danger warning of high formwork construction safety are achieved. The video monitoring is used for carrying out data picture real-time synchronization on the video monitoring of the construction area site to a command center or a security room of a project department, so that the effect of video viewing on the same project is realized. The method can be integrated into a cloud platform for unified supervision. The license plate recognition system is used for automatically recognizing license plates, automatically registering and automatically uploading data of transport vehicles such as concrete, steel bars and the like entering and exiting a construction site by installing the license plate recognition system and a vehicle recognition barrier gate on the construction site. The optical fiber alarm system for the frontier defense uses the sensing optical fiber to sense the vibration caused by the actions of fence hanging net type, buried type (sand and soil, clay, sand and stone soil and the like) and the climbing and intrusion attempts of an intruder, and can accurately judge whether the intruder invades through signal analysis and processing, thereby sending out an alarm signal.
According to the construction method, the adaptability of construction operation contents is intelligently judged and analyzed through PM2.5, PM10, noise, wind speed, wind direction, air temperature and humidity and the like, and reasonable suggestions of construction contents and sequences are given. By predicting the solidification speed of concrete and monitoring the state data of the foundation pit, the risks such as settlement and overrun are monitored and early warned.
(6) Data fusion and intelligent decision management system: the system is used for jointly analyzing the distance and the strength of multisource information signals acquired based on one or more production element data in a personnel management system, an equipment management system, a material management system, a method management system and an environment management system, realizing data fusion of intelligent building site information, constructing an incidence relation of the multisource information by combining the space-time interaction characteristic of an intelligent building site, and extracting and optimizing the multisource information of the production element data based on the incidence relation so as to realize intelligent decision-making of the intelligent building site.
The intelligent construction site management system monitors construction site information such as people, machines, materials, methods and rings of a single project by utilizing an electronic sand table based on an internet of things sensing technology. Through removing end APP, can conveniently look over building site video, personnel location, labor management, environmental monitoring, alarm information etc..
The intelligent construction site management system comprises a personnel management system (personnel), an equipment management system (machine), a material management system (material), a method management system (method), an environment management system (ring) and a data fusion and intelligent decision management system, and realizes construction site management covering all production elements. The data fusion and intelligent decision management system realizes fusion of production element data such as man, machine, material, law, ring and the like on a construction site based on joint analysis of distance and strength of multi-source information signals; the time history of data is longitudinally analyzed by combining the time-space interaction characteristic of the intelligent construction site, the data matching characteristic of multi-equipment and multi-machine combined control is transversely compared, the association relation of multi-source information is constructed, and the collected multi-source construction site information such as personnel, equipment, materials, methods and environments is extracted and optimized based on the multi-source information association of different production elements, so that comprehensive depth perception and intelligent decision of intelligent construction site field management are realized.
It should be noted that the flowchart or block diagrams in the figures illustrate the architecture, functionality, or operation of possible implementations of systems, methods or computer program products according to various embodiments of the present disclosure. In this regard, each block in the flowchart or block diagrams may represent a module, segment, or portion of code, which comprises one or more executable instructions for implementing the specified logical function(s). It should also be noted that, in some alternative implementations, the functions noted in the block may occur out of the order noted in the figures. It will also be noted that each block of the block diagrams or flowchart illustration, and combinations of blocks in the block diagrams or flowchart illustration, can be implemented by special purpose hardware-based systems which perform the specified functions or acts, or combinations of special purpose hardware and computer instructions.
It will be appreciated by those skilled in the art that various combinations and/or combinations of the features recited in the various embodiments of the disclosure and/or the claims may be made even if such combinations or combinations are not explicitly recited in the disclosure. In particular, various combinations and/or combinations of the features recited in the various embodiments and/or claims of the present disclosure may be made without departing from the spirit or teaching of the present disclosure, and all such combinations and/or combinations are within the scope of the present disclosure.
While the disclosure has been shown and described with reference to certain exemplary embodiments thereof, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the disclosure as defined by the appended claims and their equivalents. Accordingly, the scope of the present disclosure should not be limited to the above-described embodiments, but should be defined not only by the appended claims, but also by equivalents thereof.
Claims (6)
1. An intelligent worksite management system, comprising:
the personnel management system is used for comprehensively managing the intelligent construction site personnel and comprises one or more functional modules of a real-name authentication management system, a behavior recognition system, a personnel positioning management system, a safety education system and a behavior star management system;
the equipment management system is used for comprehensively managing the intelligent construction site equipment and comprises one or more functional modules of a tower crane monitoring system, a crawler crane monitoring system, a gantry crane monitoring system, a shield machine monitoring system and a discharging platform monitoring system;
the material management system is used for providing raw materials required by the engineering construction project, counting and storing the raw materials, and comprises one or more functional modules in an intelligent wagon balance management system and a material supervision system;
the method management system is used for providing method guidance for equipment work and comprises one or more functional modules of an equipment inspection system, an actual measurement actual quantity system, a reinforcing steel bar quantity identification system, a networking authentication system and a broadcasting system;
the environment management system is used for monitoring various environmental indexes of the intelligent construction site in real time and providing safety guarantee for the construction of personnel and equipment, and comprises one or more functional modules of a raise dust monitoring system, an intelligent water consumption monitoring system, an intelligent electricity consumption safety monitoring system, a deep foundation pit monitoring system, a concrete wireless temperature measuring system, a high formwork safety monitoring system, a video monitoring system, a license plate recognition system and an edge protection optical fiber alarm system;
the data fusion and intelligent decision management system is used for realizing data fusion of intelligent construction site information based on joint analysis of distance and strength of multi-source information signals acquired by one or more production element data in the personnel management system, the equipment management system, the material management system, the method management system and the environment management system, constructing an incidence relation of the multi-source information by combining the space-time interaction characteristics of an intelligent construction site, and extracting and optimizing the multi-source information of the production element data based on the incidence relation so as to realize intelligent decision of the intelligent construction site.
2. The intelligent worksite management system of claim 1, wherein the real-name authentication management system is used for acquiring time and attendance data of intelligent worksite personnel entering and leaving the worksite by means of face recognition;
the behavior recognition system is used for recognizing the behavior of a possible construction site intruder and sending out early warning information;
the personnel positioning management system is used for additionally installing a Bluetooth positioning module for preloading personnel identity information on a wearing object of a smart site personnel to carry out RSSI positioning so as to realize visualization of personnel tracks;
the safety education system is used for realizing education and training of intelligent construction site personnel by utilizing a VR virtual reality technology;
the behavior star management system can enable intelligent building site personnel to take pictures and upload when finding good behaviors or potential safety hazards, so that points are obtained and reward articles are exchanged, and the intelligent building site personnel are stimulated to carry out on-site safety maintenance together.
3. The intelligent building site management system of claim 1, wherein the tower crane monitoring system is used for monitoring the operation condition of a tower crane in real time and providing real-time early warning for collision among a plurality of tower cranes;
the crawler crane monitoring system is used for monitoring the running condition of the crawler crane in real time and realizing overload early warning, complete machine safety limit and radar anti-collision early warning;
the gantry crane monitoring system is used for realizing operation record retention, overload alarm, large and small vehicle anchoring state, complete machine safety limit and large vehicle deflection alarm so as to monitor the running state of the gantry crane in real time;
the shield machine monitoring system is used for calling real-time operation data of the shield machine and feeding back a tunneling attitude, a spiral conveyor state, hinge data and earth pressure monitoring in real time so as to acquire the operation condition of the shield machine;
the unloading platform monitoring system monitors the weight of the unloading platform and the inclination angle of the steel frame material platform in real time through the weight sensor, sets a danger threshold value to realize real-time data transmission of the equipment sensor and the system, and reminds and records abnormity, so that overload and rollover are prevented, and potential safety hazards are eliminated.
4. The intelligent worksite management system of claim 1, wherein the intelligent loadometer management system is used for automatically filling, automatically converting units and automatically pushing an alarm to a weighing person based on data so as to realize the omnibearing management and control of a material field acceptance link;
the material supervision system can check material acceptance and core data through the material management webpage so as to facilitate remote supervision of a manager.
5. The intelligent worksite management system of claim 1, wherein the equipment inspection system can display information of project information, technical background content, equipment, personnel, actual measurement and safety quality by scanning the two-dimensional code;
the actual measurement system is used for realizing real-time recording and uploading of field measurement data;
the reinforcing steel bar quantity identification system is used for estimating the quantity of the reinforcing steel bars through a machine learning technology;
the networking authentication system guides personnel to enter a safety education interface in a WEB portal authentication mode, safety education random answer is passively performed before logging in WiFi, and WiFi can be connected after answering, so that the safety consciousness of the personnel is indirectly improved;
the broadcasting system commands and dispatches the intelligent construction site through remote shouting.
6. The intelligent worksite management system of claim 1, wherein said fugitive dust monitoring system is configured to provide real-time monitored site air environment data to a manager for decision-making;
the intelligent water consumption monitoring system is used for monitoring the water consumption of each region of the construction site, and analyzing the water consumption peak time and the average water consumption of the construction site and whether water leakage and malicious water use exist or not according to the water consumption of each time period;
the intelligent electricity safety monitoring system is used for monitoring electricity consumption, main circuit voltage, current and leakage current in a work area, and analyzing whether the electricity environment is safe or not through monitored parameters while monitoring the electricity consumption;
the deep foundation pit monitoring system automatically collects state data of the deep foundation pit through arranging a total station, a pressure gauge and an axial force meter on site, the data are automatically uploaded to a platform and curves and charts are generated, and automatic data comparison and over-value early warning are achieved;
the concrete wireless temperature measurement system is used for wirelessly measuring the temperature of the concrete;
the high formwork supporting safety monitoring system is used for monitoring formwork settlement, vertical rod axial force, vertical rod horizontal lateral movement and rod piece inclination angle of a high and large formwork supporting system in real time, and realizing real-time monitoring, overrun early warning and danger warning of high formwork construction safety;
the video monitoring system is used for carrying out video monitoring and viewing on the intelligent construction site;
the license plate recognition system is used for automatically recognizing and registering license plates of vehicles entering and leaving a construction site and automatically uploading data;
the frontier defense optical fiber alarm system senses the vibration caused by the actions of potential construction site intruders trying to climb and break into the construction site by using the sensing optical fiber, and judges the intrusion through signal analysis and processing, thereby sending out an alarm signal.
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| CN202211187168.9A CN115640925A (en) | 2022-09-28 | 2022-09-28 | Wisdom building site management system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116071809A (en) * | 2023-03-22 | 2023-05-05 | 鹏城实验室 | Face space-time representation generation method based on multi-class representation space-time interaction |
| CN116402459A (en) * | 2023-03-29 | 2023-07-07 | 中铁四局集团有限公司 | Data quality monitoring method and device based on big data |
| CN116739516A (en) * | 2023-06-10 | 2023-09-12 | 达蒙数字科技(南通)有限公司 | Intelligent building site management system, intelligent building site management method and electronic equipment |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116071809A (en) * | 2023-03-22 | 2023-05-05 | 鹏城实验室 | Face space-time representation generation method based on multi-class representation space-time interaction |
| CN116402459A (en) * | 2023-03-29 | 2023-07-07 | 中铁四局集团有限公司 | Data quality monitoring method and device based on big data |
| CN116402459B (en) * | 2023-03-29 | 2023-09-29 | 中铁四局集团有限公司 | Data quality monitoring method and device based on big data |
| CN116739516A (en) * | 2023-06-10 | 2023-09-12 | 达蒙数字科技(南通)有限公司 | Intelligent building site management system, intelligent building site management method and electronic equipment |
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