CN111242574A - Intelligent site inspection management system and method based on GPS technology - Google Patents
Intelligent site inspection management system and method based on GPS technology Download PDFInfo
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Abstract
The invention belongs to the field of site inspection technology, and discloses a GPS technology-based intelligent site inspection management system and method, wherein the intelligent site inspection management system comprises: the system comprises a video monitoring module, an image acquisition module, an engineering quality detection module, a central control module, a GPS positioning module, a patrol navigation module, a patrol management module, a patrol information statistic module, a construction data processing module, a safety alarm module, a wireless communication module, a data storage module, a terminal module and a display module. According to the invention, the management personnel can visually know the current position and moving track of the personnel entering the construction site in real time through the positioning module; the potential safety hazard can be effectively eliminated in the sprouting state; the hidden danger rectification data and the construction safety data are input into a preset diagnosis model through a construction data processing module, so that the safety production condition evaluation of the construction project is obtained, and the processing speed is increased; the accident potential is greatly reduced.
Description
Technical Field
The invention belongs to the technical field of site inspection, and particularly relates to an intelligent site inspection management system and method based on a GPS technology.
Background
The wisdom building site is planted more high-tech technologies such as artificial wisdom, sensing technology, virtual reality in all kinds of objects such as building, machinery, personnel's wearing facility, place business turn over gateway to being generally interconnected, forming "thing networking", be in the same place with "internet" integration again, realize the integration of engineering management system people and engineering job site. At the core of the intelligent construction site, the way of interaction among all the major organizations and post personnel of the engineering is improved by a 'more intelligent' method so as to improve the definition, efficiency, flexibility and response speed of the interaction. However, the existing intelligent site inspection management system lacks a necessary real-time monitoring means in the management of building construction, so that workers who are constructed at a certain position can not find and handle the system in time when encountering an emergency, thereby delaying rescue time; meanwhile, the construction data processing speed is low, so that safety accidents are caused.
Meanwhile, the existing site management records depend on manual filling and spot check, so that the management efficiency is low, the real-time performance is poor, the behaviors of worker nesting and post-supplement often exist, and the quality and the efficiency of the routing inspection work are seriously influenced; the supervision mechanism of the work of the project inspection personnel is always an arduous item for the management personnel; the inspection record cannot determine whether the inspection personnel performs duties or not in a manual filling mode, and the conditions of filling and random filling after the fact that the inspection personnel is not responsible exist individually; even if more personnel are invested, the management intensity is increased, and the vulnerability still exists in the routing inspection process; meanwhile, the textual routing inspection record is not clear and direct, but the burden of routing inspection personnel is increased by adding the picture description. Therefore, a new intelligent site inspection management system is needed.
In summary, the problems of the prior art are as follows:
(1) the existing intelligent site inspection management system is lack of necessary real-time monitoring means in the aspect of building construction management, so that workers who are constructed at a certain position cannot find and handle the system in time when encountering an emergency, and rescue time is delayed; meanwhile, the construction data processing speed is low, so that safety accidents are caused.
(2) The existing site management records of the construction site depend on manual filling and spot check modes, so that the management efficiency is low, the real-time performance is poor, the behaviors of workers and post-supplement recording often exist, and the quality and the efficiency of inspection work are seriously influenced.
(3) The existing inspection record cannot determine whether an inspection worker fulfills the duties in a manual filling mode, and the condition that the inspection worker is not responsible for filling and random filling afterwards exists; even if more personnel are invested, the management intensity is increased, and the vulnerability still exists in the routing inspection process; meanwhile, the textual routing inspection record is not clear and direct, but the burden of routing inspection personnel is increased by adding the picture description.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides a GPS technology-based intelligent site inspection management system and method.
The invention is realized in such a way that a GPS technology-based intelligent construction site field inspection management method comprises the following steps:
monitoring a construction site through camera equipment; a plurality of two-dimensional codes and visual inspection records are generated according to different patrol places; the two-dimensional codes are respectively arranged on different patrol place fields, and at least comprise patrol place information corresponding to the arrangement positions of the two-dimensional codes.
Acquiring a two-dimensional code image at the beginning of inspection and field image information in the inspection process and transmitting the two-dimensional code image and the field image information to the inspection module; and detecting the engineering quality through quality detection equipment.
Step three, controlling the system to normally work through a main control machine; positioning the personnel on the construction site through a GPS positioner; and navigating the site inspection of the construction site through a navigation program.
Step four, the polling personnel interact and generate polling records; the patrol record at least comprises: the method comprises the following steps of (1) polling text information, field image information, polling starting time, starting position information, polling ending time and ending position information; the start position information includes a start longitude and a start latitude; the end location information includes an end longitude and an end latitude.
Managing the inspection information through an inspection management program; counting the construction site information through a counting program; processing the construction data of the construction site through a data processing program; and carrying out alarm notification according to the routing inspection abnormal information through an alarm.
Step six, data transmission is carried out in a wireless communication mode; storing the acquired field image information, the inspection personnel information, the inspection information, the construction data and the real-time data of the safety alarm through a database server; the patrol inspector information at least comprises a patrol inspector name.
And step seven, transmitting the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm to the mobile terminal through the database server.
And step eight, displaying the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm through a display.
Further, in step three, the method for positioning the staff on the construction site by the GPS locator is as follows:
(1) registering constructor information data; and each person entering the building construction site wears a safety helmet with an RFID chip, and the constructors send radio frequency signals to the RFID positioning base station arranged in the floor through the RFID chips on the safety helmets and report the approximate positions of the RFID positioning base stations.
(2) When a constructor enters a construction position, an RFID chip on a safety helmet of the constructor is activated by one radio frequency locator which is closest to the constructor in a plurality of radio frequency locators arranged in a plurality of local areas of each floor, the position of the constructor is located, and the radio frequency locator sends the identity information and the position information of the constructor to an RFID locating base station.
(3) And the RFID positioning base station sends the position information of the constructor to a monitoring platform or a mobile client of a manager.
(4) The three-dimensional monitoring BIM model on the monitoring platform or the mobile client automatically identifies the RFID positioning data of the personnel of the BIM positioning area object and the personnel identity information of the RFID chip, and matches and presents the position and the personnel identity information of the constructor in the three-dimensional monitoring BIM model.
(5) When the position of the constructor moves, the three-dimensional monitoring BIM model automatically switches corresponding areas, the linkage of the position of the constructor and the three-dimensional monitoring BIM model object is realized, and the position moving track of the constructor can be displayed and stored.
Further, in step five, the method for processing the construction site data through the data processing program is as follows:
1) receiving safety management data of a construction project determined by a first user through a data processing program; the safety management data includes data of a safety management system, safety production investment, a safety management organization, safety personnel, special operating personnel, safety education, insurance, operating site safety facilities, labor protection, danger monitoring or emergency plans recorded in the safety production conditions of 12 building enterprises.
2) And receiving safety related data of the monitored objects of the environment, the equipment and the facility, which are acquired by the Internet of things equipment.
3) And inputting the safety production conditions of the 12 construction enterprises including the conditions into a preset diagnosis model to obtain the safety production condition evaluation of the construction project.
Further, the receiving of the hidden danger rectification data given by the first user according to the hidden danger library and the legal library includes:
and screening the hidden danger library according to the construction project input by the first user.
And receiving the potential safety hazard data determined by the first user in the screened potential safety hazard library.
And calling a safety specification prompt from a regulation library through the potential safety hazard data.
And receiving hidden danger rectification data given by the first user according to the safety specification prompt.
Further, the receiving construction safety data collected by the internet of things equipment comprises:
and acquiring equipment safety information, constructor safety information, environment safety information and building structure safety information.
And sending the equipment safety information, the constructor safety information, the environment safety information and the building structure safety information through the internet of things equipment.
And evaluating and grading the safety production conditions according to a preset grading rule, and sending potential safety hazard data to be processed to a maintenance end according to a grading result.
Further, in the fifth step, the managing the inspection information by the inspection management program includes:
the intelligent management system comprises intelligent management of engineering progress, intelligent management of safety monitoring, intelligent management of professional employment, intelligent management of regional construction and intelligent management of environmental analysis.
The method comprises the steps of intelligently managing engineering progress, determining logical relation lines of all processes, calculating a target progress plan through software, determining a target completion construction period, tracking and comparing an actual construction period with a target construction period, finding out processes influencing the progress, taking measures in time, setting early warning conditions, carrying out early warning on all processes aiming at milestone processes, and distinguishing risk levels.
Safety monitoring intelligent management, namely introducing a latest behavior identification system, carrying out overall process monitoring identification, alarming and reporting to a superior system on common violation behaviors in an engineering construction site through video monitoring and site violation patrol, and carrying out intelligent identification, evidence obtaining and reporting to the superior system on sites with irregular site safety civilization arrangement;
professional employment intelligent management, personnel entrance information acquisition and registration, establishment of personnel entrance accounts, adoption of real-name system or APP face attendance management, and attendance and wage settlement issuing hook.
And (3) intelligent management of regional construction, wherein a regional construction intelligent management terminal acquires personnel positioning information, uncapped information, whether the information is impacted, whether the information is static for a long time and the like, the information is sent to a gateway through the transmission technology of the Internet of things, the gateway uploads the information to a platform through the Ethernet after receiving the information, and the platform performs corresponding service processing and presentation according to the information of the safety helmet and the personnel information of a database.
The intelligent management of environmental analysis realizes monitoring large environmental data and microenvironment meteorological data on an engineering construction site through big data and the internet of things technology, intelligently analyzes whether the site environment meets the engineering construction requirements and prejudges the short-term climate, and provides effective support for smooth propulsion of engineering construction.
Further, the method for managing the inspection information through the inspection management program further comprises the following steps:
all intelligent management is uploaded to a multi-engineering enterprise-level intelligent construction site platform, the multi-engineering enterprise-level intelligent construction site platform fits all intelligent management data into various production and operation index analysis charts, then the production and operation index analysis charts are uploaded to an enterprise-level layer, various production and operation index analysis charts of the whole group company project are displayed on a group viewing board, the production and operation index analysis charts of the branch company project are displayed on a branch company viewing board, and the hierarchical and hierarchical authorization viewing is carried out to ensure the data security.
The multi-engineering enterprise-level intelligent construction site platform adopts an AR (augmented reality) technology, combines field video monitoring, fuses a Building Information Model (BIM), uploads all data to a project-level layer, checks six management data including operating personnel, mechanical equipment, production materials, operation instruction books, production environment and quality inspection from the view angle of a project department, and can be directly displayed in video images.
Further, wisdom building site platform management system includes multi-project enterprise level wisdom building site platform, multi-project enterprise level wisdom building site platform electricity is connected with engineering progress wisdom management module, safety monitoring wisdom management module, professional recruitment wisdom management module, environmental analysis wisdom management module, AR module, BIM module and layering authorization billboard module.
Further, the engineering progress intelligent management module is used for monitoring the engineering construction progress in real time, comparing with an engineering primary network plan, intelligently analyzing engineering construction progress deviation, and giving out early warning to ensure the rigid execution of the plan;
the intelligent safety monitoring management module is used for monitoring the site construction and management conditions through video, carrying out intelligent analysis and site safety early warning on site safety operation risks through large data collection of the safety operation risks, and reporting to a previous-level monitoring management center in real time;
the intelligent management module for specialized labor is used for intelligently analyzing whether engineering construction progress is matched with labor requirements or not according to intelligent analysis of field labor in different construction stages and comparing the real-time on-site working conditions, and providing prediction for specialized labor requirements in the next stage.
Another object of the present invention is to provide a GPS technology-based smart worksite field inspection management system to which the GPS technology-based smart worksite field inspection management method is applied, the GPS technology-based smart worksite field inspection management system including:
the system comprises a video monitoring module, an image acquisition module, an engineering quality detection module, a central control module, a GPS positioning module, a patrol navigation module, a patrol management module, a patrol information statistic module, a construction data processing module, a safety alarm module, a wireless communication module, a data storage module, a terminal module and a display module.
The video monitoring module is connected with the central control module and is used for monitoring the construction site through the camera equipment; a plurality of two-dimensional codes and visual inspection records are generated according to different patrol places; the two-dimensional codes are respectively arranged on different patrol site fields, and the two-dimensional codes at least comprise patrol site information corresponding to the arrangement positions of the two-dimensional codes;
the system comprises an image acquisition module, a routing inspection module and a routing inspection module, wherein the image acquisition module is used for acquiring a two-dimensional code image at the beginning of routing inspection and field image information in the routing inspection process and transmitting the two-dimensional code image and the field image information to the routing inspection module;
the engineering quality detection module is connected with the central control module and is used for detecting the engineering quality through quality detection equipment;
the central control module is connected with the video monitoring module, the image acquisition module, the engineering quality detection module, the GPS positioning module, the patrol navigation module, the patrol management module, the patrol information statistics module, the construction data processing module, the safety alarm module, the wireless communication module, the data storage module, the terminal module and the display module and is used for controlling each module to normally work through the main control computer;
the GPS positioning module is connected with the central control module and used for positioning the staff in the construction site through a GPS positioner;
the inspection navigation module is connected with the central control module and used for navigating the field inspection of the construction site through a navigation program;
the inspection module is connected with the central control module and used for the interaction of inspection personnel, receiving inspection character information input by the inspection personnel and generating inspection records; the patrol record at least comprises: the method comprises the following steps of (1) polling text information, field image information, polling starting time, starting position information, polling ending time and ending position information; the start position information includes a start longitude and a start latitude; the end location information includes an end longitude and an end latitude;
the inspection management module is connected with the central control module and is used for managing the inspection information through an inspection management program;
the inspection information statistical module is connected with the central control module and is used for performing statistics on the construction site information through a statistical program;
the construction data processing module is connected with the central control module and used for processing the construction data of the construction site through a data processing program;
the safety alarm module is connected with the central control module and used for carrying out alarm notification according to the routing inspection abnormal information through the alarm;
the wireless communication module is connected with the central control module and is used for transmitting data in a wireless communication mode;
the data storage module is connected with the central control module and used for storing the acquired field image information, the inspection personnel information, the inspection information, the construction data and the real-time data of the safety alarm through the database server; the patrolling person information at least comprises a patrolling person name;
the terminal module is connected with the central control module and used for sending the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm to the mobile terminal through the database server;
and the display module is connected with the central control module and used for displaying the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm through the display.
The invention has the advantages and positive effects that: the invention effectively solves the problem caused by the incapability of positioning and tracking constructors in the existing building construction through the positioning module; the method can carry out real-time positioning and track tracking on personnel entering the construction site, and display the personnel in the 3D BIM model in real time, so that managers can know the current positions and moving tracks of the personnel entering the construction site in real time and intuitively; the potential safety hazard can be effectively eliminated in the bud state, and the problems and emergencies are controlled and solved in real time, so that the safety of constructors can be ensured, and the problems can be timely and effectively treated when discovered; meanwhile, a construction data processing module is used for receiving data of safe production management of a construction project determined by a user in a data processing mode for construction safety; receiving construction safety data collected by the Internet of things equipment; inputting the hidden danger rectification data and the construction safety data into a preset diagnosis model to obtain the safety production condition evaluation of the construction project, and improving the processing speed; the accident potential is greatly reduced.
According to the invention, through integrating the management modules, the defects of time consumption, labor consumption, high cost, inaccurate result and the like of the traditional project site management are overcome, and the requirements of users can be better met when the scheme is generated, so that more targeted data information can be obtained. Meanwhile, the quality and the efficiency of the routing inspection work are greatly improved by combining the mobile terminal (which can be but is not limited to a mobile phone) with the routing inspection task; the manager can also monitor whether the work of the inspection personnel is normally finished at any time and any place, and meanwhile, the real-time performance and the positioning function of the system effectively inhibit various bad phenomena such as labor occupation and post-stage record supplement.
Drawings
Fig. 1 is a flowchart of a smart field inspection management method based on GPS technology according to an embodiment of the present invention.
FIG. 2 is a block diagram of a GPS technology-based intelligent worksite inspection management system according to an embodiment of the present invention;
in the figure: 1. a video monitoring module; 2. an image acquisition module; 3. an engineering quality detection module; 4. a central control module; 5. a GPS positioning module; 6. a routing inspection navigation module; 7. a routing inspection module; 8. a routing inspection management module; 9. a routing inspection information statistic module; 10. a construction data processing module; 11. a security alarm module; 12. a wireless communication module; 13. a data storage module; 14. a terminal module; 15. and a display module.
Detailed Description
In order to further understand the contents, features and effects of the present invention, the following embodiments are illustrated and described in detail with reference to the accompanying drawings.
The structure of the present invention will be described in detail below with reference to the accompanying drawings.
As shown in fig. 1, the intelligent worksite inspection management method based on GPS technology according to the embodiment of the present invention includes the following steps:
s101: monitoring the construction site through camera equipment; a plurality of two-dimensional codes and visual inspection records are generated according to different patrol places; the two-dimensional codes are respectively arranged on different patrol place fields, and at least comprise patrol place information corresponding to the arrangement positions of the two-dimensional codes.
S102: acquiring a two-dimensional code image at the beginning of inspection and field image information in the inspection process and transmitting the two-dimensional code image and the field image information to the inspection module; and detecting the engineering quality through quality detection equipment.
S103: the system is controlled to work normally through the main control unit; positioning the personnel on the construction site through a GPS positioner; and navigating the site inspection of the construction site through a navigation program.
S104: the polling personnel interact and generate polling records; the patrol record at least comprises: the method comprises the following steps of (1) polling text information, field image information, polling starting time, starting position information, polling ending time and ending position information; the start position information includes a start longitude and a start latitude; the end location information includes an end longitude and an end latitude.
S105: managing the inspection information through an inspection management program; counting the construction site information through a counting program; processing the construction data of the construction site through a data processing program; and carrying out alarm notification according to the routing inspection abnormal information through an alarm.
S106: data transmission is carried out in a wireless communication mode; storing the acquired field image information, the inspection personnel information, the inspection information, the construction data and the real-time data of the safety alarm through a database server; the patrol inspector information at least comprises a patrol inspector name.
S107: and transmitting the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm to the mobile terminal through the database server.
S108: and displaying the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm through a display.
In S103 provided by the embodiment of the present invention, the method for positioning the worksite personnel by using the GPS locator is as follows:
(1) registering constructor information data; and each person entering the building construction site wears a safety helmet with an RFID chip, and the constructors send radio frequency signals to the RFID positioning base station arranged in the floor through the RFID chips on the safety helmets and report the approximate positions of the RFID positioning base stations.
(2) When a constructor enters a construction position, an RFID chip on a safety helmet of the constructor is activated by one radio frequency locator which is closest to the constructor in a plurality of radio frequency locators arranged in a plurality of local areas of each floor, the position of the constructor is located, and the radio frequency locator sends the identity information and the position information of the constructor to an RFID locating base station.
(3) And the RFID positioning base station sends the position information of the constructor to a monitoring platform or a mobile client of a manager.
(4) The three-dimensional monitoring BIM model on the monitoring platform or the mobile client automatically identifies the RFID positioning data of the personnel of the BIM positioning area object and the personnel identity information of the RFID chip, and matches and presents the position and the personnel identity information of the constructor in the three-dimensional monitoring BIM model.
(5) When the position of the constructor moves, the three-dimensional monitoring BIM model automatically switches corresponding areas, the linkage of the position of the constructor and the three-dimensional monitoring BIM model object is realized, and the position moving track of the constructor can be displayed and stored.
In S105 provided by the embodiment of the present invention, the method for processing the construction site data through the data processing program is as follows:
1) receiving safety management data of a construction project determined by a first user through a data processing program; the safety management data includes data of a safety management system, safety production investment, a safety management organization, safety personnel, special operating personnel, safety education, insurance, operating site safety facilities, labor protection, danger monitoring or emergency plans recorded in the safety production conditions of 12 building enterprises.
2) And receiving safety related data of the monitored objects of the environment, the equipment and the facility, which are acquired by the Internet of things equipment.
3) And inputting the safety production conditions of the 12 construction enterprises including the conditions into a preset diagnosis model to obtain the safety production condition evaluation of the construction project.
The method for receiving the hidden danger rectification data provided by the first user according to the hidden danger library and the legal library comprises the following steps:
and screening the hidden danger library according to the construction project input by the first user.
And receiving the potential safety hazard data determined by the first user in the screened potential safety hazard library.
And calling a safety specification prompt from a regulation library through the potential safety hazard data.
And receiving hidden danger rectification data given by the first user according to the safety specification prompt.
The construction safety data collected by the Internet of things receiving equipment provided by the embodiment of the invention comprises the following steps:
and acquiring equipment safety information, constructor safety information, environment safety information and building structure safety information.
And sending the equipment safety information, the constructor safety information, the environment safety information and the building structure safety information through the internet of things equipment.
And evaluating and grading the safety production conditions according to a preset grading rule, and sending potential safety hazard data to be processed to a maintenance end according to a grading result.
In S105 provided by the embodiment of the present invention, performing patrol information management by using a patrol management program includes:
the intelligent management system comprises intelligent management of engineering progress, intelligent management of safety monitoring, intelligent management of professional employment, intelligent management of regional construction and intelligent management of environmental analysis.
The method comprises the steps of intelligently managing engineering progress, determining logical relation lines of all processes, calculating a target progress plan through software, determining a target completion construction period, tracking and comparing an actual construction period with a target construction period, finding out processes influencing the progress, taking measures in time, setting early warning conditions, carrying out early warning on all processes aiming at milestone processes, and distinguishing risk levels.
Safety monitoring intelligent management, namely introducing a latest behavior identification system, carrying out overall process monitoring identification, alarming and reporting to a superior system on common violation behaviors in an engineering construction site through video monitoring and site violation patrol, and carrying out intelligent identification, evidence obtaining and reporting to the superior system on sites with irregular site safety civilization arrangement;
professional employment intelligent management, personnel entrance information acquisition and registration, establishment of personnel entrance accounts, adoption of real-name system or APP face attendance management, and attendance and wage settlement issuing hook.
And (3) intelligent management of regional construction, wherein a regional construction intelligent management terminal acquires personnel positioning information, uncapped information, whether the information is impacted, whether the information is static for a long time and the like, the information is sent to a gateway through the transmission technology of the Internet of things, the gateway uploads the information to a platform through the Ethernet after receiving the information, and the platform performs corresponding service processing and presentation according to the information of the safety helmet and the personnel information of a database.
The intelligent management of environmental analysis realizes monitoring large environmental data and microenvironment meteorological data on an engineering construction site through big data and the internet of things technology, intelligently analyzes whether the site environment meets the engineering construction requirements and prejudges the short-term climate, and provides effective support for smooth propulsion of engineering construction.
The method for managing the inspection information through the inspection management program provided by the embodiment of the invention further comprises the following steps:
all intelligent management is uploaded to a multi-engineering enterprise-level intelligent construction site platform, the multi-engineering enterprise-level intelligent construction site platform fits all intelligent management data into various production and operation index analysis charts, then the production and operation index analysis charts are uploaded to an enterprise-level layer, various production and operation index analysis charts of the whole group company project are displayed on a group viewing board, the production and operation index analysis charts of the branch company project are displayed on a branch company viewing board, and the hierarchical and hierarchical authorization viewing is carried out to ensure the data security.
The multi-engineering enterprise-level intelligent construction site platform adopts an AR (augmented reality) technology, combines field video monitoring, fuses a Building Information Model (BIM), uploads all data to a project-level layer, checks six management data including operating personnel, mechanical equipment, production materials, operation instruction books, production environment and quality inspection from the view angle of a project department, and can be directly displayed in video images.
The intelligent construction site platform management system comprises a multi-engineering enterprise-level intelligent construction site platform, wherein the multi-engineering enterprise-level intelligent construction site platform is electrically connected with an engineering progress intelligent management module, a safety monitoring intelligent management module, a professional intelligent management module, an environment analysis intelligent management module, an AR module, a BIM module and a layered authorization billboard module.
The intelligent engineering progress management module provided by the embodiment of the invention is used for monitoring the engineering construction progress in real time, intelligently analyzing the engineering construction progress deviation by contrasting the engineering primary network plan, and giving out early warning to ensure the rigid execution of the plan;
the intelligent safety monitoring management module is used for monitoring the site construction and management conditions through video, carrying out intelligent analysis and site safety early warning on site safety operation risks through large data collection of the safety operation risks, and reporting to a previous-level monitoring management center in real time;
the intelligent management module for specialized labor is used for intelligently analyzing whether engineering construction progress is matched with labor requirements or not according to intelligent analysis of field labor in different construction stages and comparing the real-time on-site working conditions, and providing prediction for specialized labor requirements in the next stage.
As shown in fig. 2, the GPS technology-based intelligent site inspection management system of the GPS technology-based intelligent site inspection management method according to the embodiment of the present invention includes: the system comprises a video monitoring module 1, an image acquisition module 2, an engineering quality detection module 3, a central control module 4, a GPS positioning module 5, an inspection navigation module 6, an inspection module 7, an inspection management module 8, an inspection information statistics module 9, a construction data processing module 10, a safety alarm module 11, a wireless communication module 12, a data storage module 13, a terminal module 14 and a display module 15.
The video monitoring module 1 is connected with the central control module 4 and is used for monitoring the construction site through camera equipment; a plurality of two-dimensional codes and visual inspection records are generated according to different patrol places; the two-dimensional codes are respectively arranged on different patrol site fields, and the two-dimensional codes at least comprise patrol site information corresponding to the arrangement positions of the two-dimensional codes;
the image acquisition module 2 is connected with the central control module 4 and is used for acquiring a two-dimensional code image at the beginning of inspection and field image information in the inspection process and transmitting the two-dimensional code image and the field image information to the inspection module;
the engineering quality detection module 3 is connected with the central control module 4 and is used for detecting the engineering quality through quality detection equipment;
the central control module 4 is connected with the video monitoring module 1, the image acquisition module 2, the engineering quality detection module 3, the GPS positioning module 5, the inspection navigation module 6, the inspection module 7, the inspection management module 8, the inspection information statistics module 9, the construction data processing module 10, the safety alarm module 11, the wireless communication module 12, the data storage module 13, the terminal module 14 and the display module 15, and is used for controlling each module to normally work through a main control computer;
the GPS positioning module 5 is connected with the central control module 4 and used for positioning the construction site personnel through a GPS positioner;
the inspection navigation module 6 is connected with the central control module 4 and used for navigating the field inspection of the construction site through a navigation program;
the inspection module 7 is connected with the central control module 4 and used for interaction of inspection personnel, receiving inspection character information input by the inspection personnel and generating inspection records; the patrol record at least comprises: the method comprises the following steps of (1) polling text information, field image information, polling starting time, starting position information, polling ending time and ending position information; the start position information includes a start longitude and a start latitude; the end location information includes an end longitude and an end latitude;
the inspection management module 8 is connected with the central control module 4 and is used for managing inspection information through an inspection management program;
the inspection information statistical module 9 is connected with the central control module 4 and is used for performing statistics on the construction site information through a statistical program;
the construction data processing module 10 is connected with the central control module 4 and is used for processing the construction data of the construction site through a data processing program;
the safety alarm module 11 is connected with the central control module 4 and used for carrying out alarm notification according to the routing inspection abnormal information through an alarm;
a wireless communication module 12 connected to the central control module 4 for transmitting data in a wireless communication manner;
the data storage module 13 is connected with the central control module 4 and used for storing the acquired field image information, the inspection personnel information, the inspection information, the construction data and the real-time data of the safety alarm through a database server; the patrolling person information at least comprises a patrolling person name;
the terminal module 14 is connected with the central control module 4 and used for sending the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm to the mobile terminal through the database server;
and the display module 15 is connected with the central control module 4 and used for displaying the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm through a display.
When the system works, firstly, a video monitoring module 1 is used for monitoring a construction site by utilizing camera equipment; a plurality of two-dimensional codes and visual inspection records are generated according to different patrol places; the two-dimensional codes are respectively arranged on different patrol site fields, and the two-dimensional codes at least comprise patrol site information corresponding to the arrangement positions of the two-dimensional codes; acquiring a two-dimensional code image at the beginning of inspection and field image information in the inspection process through an image acquisition module 2 and transmitting the two-dimensional code image and the field image information to an inspection module; detecting the engineering quality by using quality detection equipment through an engineering quality detection module 3; the central control module 4 controls each module to work normally by using a main control machine; positioning the staff on the construction site by using a GPS positioner through a GPS positioning module 5; secondly, navigating the site inspection of the construction site by using a navigation program through an inspection navigation module 6; the interaction of the polling personnel is realized through the polling module 7, polling character information input by the polling personnel is received, and polling records are generated; the patrol record at least comprises: the method comprises the following steps of (1) polling text information, field image information, polling starting time, starting position information, polling ending time and ending position information; the start position information includes a start longitude and a start latitude; the end location information includes an end longitude and an end latitude; the patrol information is managed by the patrol management module 8 by utilizing a patrol management program; the construction site information is counted by a patrol information counting module 9 by using a counting program; processing the construction data of the construction site by a construction data processing module 10 by using a data processing program; performing alarm notification by using an alarm according to the inspection abnormal information through the safety alarm module 11; then, data transmission is performed by the wireless communication module 12 in a wireless communication mode; the data storage module 13 stores the acquired field image information, the inspection personnel information, the inspection information, the construction data and the real-time data of the safety alarm by using the database server; the patrolling person information at least comprises a patrolling person name; the collected field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm are sent to the mobile terminal by the terminal module 14 through the database server; finally, the display module 15 is used for displaying the acquired field image information, the information of the inspection personnel, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm by using the display.
The above description is only for the preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and all simple modifications, equivalent changes and modifications made to the above embodiment according to the technical spirit of the present invention are within the scope of the technical solution of the present invention.
Claims (10)
1. A GPS technology-based intelligent site inspection management method is characterized by comprising the following steps:
monitoring a construction site through camera equipment; a plurality of two-dimensional codes and visual inspection records are generated according to different patrol places; the two-dimensional codes are respectively arranged on different patrol site fields, and the two-dimensional codes at least comprise patrol site information corresponding to the arrangement positions of the two-dimensional codes;
acquiring a two-dimensional code image at the beginning of inspection and field image information in the inspection process and transmitting the two-dimensional code image and the field image information to the inspection module; detecting the engineering quality through quality detection equipment;
step three, controlling the system to normally work through a main control machine; positioning the personnel on the construction site through a GPS positioner; navigating the site inspection of the construction site through a navigation program;
step four, the polling personnel interact and generate polling records; the patrol record at least comprises: the method comprises the following steps of (1) polling text information, field image information, polling starting time, starting position information, polling ending time and ending position information; the start position information includes a start longitude and a start latitude; the end location information includes an end longitude and an end latitude;
managing the inspection information through an inspection management program; counting the construction site information through a counting program; processing the construction data of the construction site through a data processing program; performing alarm notification according to the routing inspection abnormal information through an alarm;
step six, data transmission is carried out in a wireless communication mode; storing the acquired field image information, the inspection personnel information, the inspection information, the construction data and the real-time data of the safety alarm through a database server; the patrolling person information at least comprises a patrolling person name;
step seven, transmitting the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm to the mobile terminal through the database server;
and step eight, displaying the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm through a display.
2. The intelligent worksite inspection management method based on GPS technology according to claim 1, wherein in step three, the method for positioning the worksite personnel through the GPS positioner is as follows:
(1) registering constructor information data; the method comprises the following steps that personnel entering a building construction site wear a safety helmet with an RFID chip respectively, and the constructors send radio frequency signals to an RFID positioning base station arranged in a floor through the RFID chip on the safety helmet and report the approximate position of the RFID positioning base station;
(2) when a constructor enters a construction position, an RFID chip on a safety helmet is activated by one radio frequency locator which is closest to the constructor in a plurality of radio frequency locators arranged in a plurality of local areas of each floor, the position of the constructor is located, and the radio frequency locator sends identity information and position information of the constructor to an RFID locating base station;
(3) the RFID positioning base station sends the position information of the constructor to a monitoring platform or a mobile client of a manager;
(4) the method comprises the steps that a three-dimensional monitoring BIM model on a monitoring platform or a mobile client automatically identifies RFID positioning data of personnel of BIM positioning area objects and personnel identity information of an RFID chip, and matches and presents the position and the personnel identity information of construction personnel in the three-dimensional monitoring BIM model;
(5) when the position of the constructor moves, the three-dimensional monitoring BIM model automatically switches corresponding areas, the linkage of the position of the constructor and the three-dimensional monitoring BIM model object is realized, and the position moving track of the constructor can be displayed and stored.
3. The intelligent worksite inspection management method based on GPS technology as claimed in claim 1, wherein in step five, the method for processing worksite construction data through the data processing program is as follows:
1) receiving safety management data of a construction project determined by a first user through a data processing program; the safety management data comprises data of a safety management system, safety production investment, a safety management mechanism, safety personnel, special operating personnel, safety education, insurance, operating site safety facilities, labor protection, danger monitoring or emergency plans recorded in the safety production conditions of 12 building enterprises;
2) receiving safety related data of monitored objects of environment, equipment and facilities, which are acquired by the internet of things equipment;
3) and inputting the safety production conditions of the 12 construction enterprises including the conditions into a preset diagnosis model to obtain the safety production condition evaluation of the construction project.
4. The GPS-technology-based intelligent worksite inspection management method according to claim 3, wherein the receiving of the hidden danger correction data given by the first user according to the hidden danger library and the law library comprises:
screening a hidden danger library according to the construction project input by a first user;
receiving potential safety hazard data determined by the first user in the screened potential safety hazard library;
calling a safety specification prompt from a regulation library through the potential safety hazard data;
and receiving hidden danger rectification data given by the first user according to the safety specification prompt.
5. The intelligent site inspection management method based on GPS technology according to claim 3, wherein the receiving of the construction safety data collected by the internet of things equipment comprises:
acquiring equipment safety information, constructor safety information, environment safety information and building structure safety information;
the equipment safety information, the constructor safety information, the environment safety information and the building structure safety information are sent through the internet of things equipment;
and evaluating and grading the safety production conditions according to a preset grading rule, and sending potential safety hazard data to be processed to a maintenance end according to a grading result.
6. The intelligent site inspection management method based on the GPS technology as claimed in claim 1, wherein in the fifth step, the management of the inspection information through the inspection management program comprises the following steps:
intelligent management of engineering progress, intelligent management of safety monitoring, intelligent management of professional employment, intelligent management of regional construction and intelligent management of environmental analysis;
intelligently managing engineering progress, determining logical relation lines of all processes, calculating a target progress plan through software, determining a target completion construction period, tracking and comparing an actual construction period with a target construction period, finding out processes influencing the progress, taking measures in time, setting an early warning condition, carrying out early warning on all processes aiming at milestone processes, and distinguishing risk levels;
safety monitoring intelligent management, namely introducing a latest behavior identification system, carrying out overall process monitoring identification, alarming and reporting to a superior system on common violation behaviors in an engineering construction site through video monitoring and site violation patrol, and carrying out intelligent identification, evidence obtaining and reporting to the superior system on sites with irregular site safety civilization arrangement;
professional employment intelligent management, personnel entrance information acquisition and registration, personnel entrance account establishment, real-name system or APP face attendance management, and attendance and wage settlement issuing hooks;
intelligent management of regional construction, wherein a regional construction intelligent management terminal acquires personnel positioning information, uncapped information, information on whether to be impacted, information on whether to be static for a long time and the like, the information is sent to a gateway through the transmission technology of the Internet of things, the gateway uploads the information to a platform through the Ethernet after receiving the information, and the platform performs corresponding service processing and presentation according to the information of a safety helmet and personnel information of a database;
the intelligent management of environmental analysis realizes monitoring large environmental data and microenvironment meteorological data on an engineering construction site through big data and the internet of things technology, intelligently analyzes whether the site environment meets the engineering construction requirements and prejudges the short-term climate, and provides effective support for smooth propulsion of engineering construction.
7. The intelligent site inspection management method based on GPS technology according to claim 1, wherein the method for performing inspection information management through the inspection management program further comprises:
all intelligent management is uploaded to a multi-engineering enterprise-level intelligent construction site platform, the multi-engineering enterprise-level intelligent construction site platform fits all intelligent management data into various production and operation index analysis charts, then the production and operation index analysis charts are uploaded to an enterprise-level layer, various production and operation index analysis charts of the whole group company project are displayed on a group viewing board, the production and operation index analysis charts of the branch company project are displayed on a branch company viewing board, and the hierarchical and hierarchical authorization viewing is carried out to ensure the data security;
the multi-engineering enterprise-level intelligent construction site platform adopts an AR (augmented reality) technology, combines field video monitoring, fuses a Building Information Model (BIM), uploads all data to a project-level layer, checks six management data including operating personnel, mechanical equipment, production materials, operation instruction books, production environment and quality inspection from the view angle of a project department, and can be directly displayed in video images.
8. The intelligent worksite inspection management method based on GPS technology according to claim 1, wherein the intelligent worksite platform management system comprises a multi-engineering enterprise-level intelligent worksite platform, and the multi-engineering enterprise-level intelligent worksite platform is electrically connected with an engineering progress intelligent management module, a safety monitoring intelligent management module, a professional employment intelligent management module, an environment analysis intelligent management module, an AR module, a BIM module and a layered authorization billboard module.
9. The intelligent construction site inspection management method based on the GPS technology as claimed in claim 1, wherein the intelligent management module of the engineering progress is used for monitoring the engineering construction progress in real time, intelligently analyzing the deviation of the engineering construction progress by contrasting the engineering primary network plan, and giving an early warning to ensure the rigid execution of the plan;
the intelligent safety monitoring management module is used for monitoring the site construction and management conditions through video, carrying out intelligent analysis and site safety early warning on site safety operation risks through large data collection of the safety operation risks, and reporting to a previous-level monitoring management center in real time;
the intelligent management module for specialized labor is used for intelligently analyzing whether engineering construction progress is matched with labor requirements or not according to intelligent analysis of field labor in different construction stages and comparing the real-time on-site working conditions, and providing prediction for specialized labor requirements in the next stage.
10. A GPS-technology-based smart site inspection management system to which the GPS-technology-based smart site inspection management method according to claim 1 is applied, the GPS-technology-based smart site inspection management system comprising:
the system comprises a video monitoring module, an image acquisition module, an engineering quality detection module, a central control module, a GPS positioning module, a patrol navigation module, a patrol management module, a patrol information statistic module, a construction data processing module, a safety alarm module, a wireless communication module, a data storage module, a terminal module and a display module;
the video monitoring module is connected with the central control module and is used for monitoring the construction site through the camera equipment; a plurality of two-dimensional codes and visual inspection records are generated according to different patrol places; the two-dimensional codes are respectively arranged on different patrol site fields, and the two-dimensional codes at least comprise patrol site information corresponding to the arrangement positions of the two-dimensional codes;
the system comprises an image acquisition module, a routing inspection module and a routing inspection module, wherein the image acquisition module is used for acquiring a two-dimensional code image at the beginning of routing inspection and field image information in the routing inspection process and transmitting the two-dimensional code image and the field image information to the routing inspection module;
the engineering quality detection module is connected with the central control module and is used for detecting the engineering quality through quality detection equipment;
the central control module is connected with the video monitoring module, the image acquisition module, the engineering quality detection module, the GPS positioning module, the patrol navigation module, the patrol management module, the patrol information statistics module, the construction data processing module, the safety alarm module, the wireless communication module, the data storage module, the terminal module and the display module and is used for controlling each module to normally work through the main control computer;
the GPS positioning module is connected with the central control module and used for positioning the staff in the construction site through a GPS positioner;
the inspection navigation module is connected with the central control module and used for navigating the field inspection of the construction site through a navigation program;
the inspection module is connected with the central control module and used for the interaction of inspection personnel, receiving inspection character information input by the inspection personnel and generating inspection records; the patrol record at least comprises: the method comprises the following steps of (1) polling text information, field image information, polling starting time, starting position information, polling ending time and ending position information; the start position information includes a start longitude and a start latitude; the end location information includes an end longitude and an end latitude;
the inspection management module is connected with the central control module and is used for managing the inspection information through an inspection management program;
the inspection information statistical module is connected with the central control module and is used for performing statistics on the construction site information through a statistical program;
the construction data processing module is connected with the central control module and used for processing the construction data of the construction site through a data processing program;
the safety alarm module is connected with the central control module and used for carrying out alarm notification according to the routing inspection abnormal information through the alarm;
the wireless communication module is connected with the central control module and is used for transmitting data in a wireless communication mode;
the data storage module is connected with the central control module and used for storing the acquired field image information, the inspection personnel information, the inspection information, the construction data and the real-time data of the safety alarm through the database server; the patrolling person information at least comprises a patrolling person name;
the terminal module is connected with the central control module and used for sending the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm to the mobile terminal through the database server;
and the display module is connected with the central control module and used for displaying the acquired field image information, the inspection personnel information, the inspection statistical information, the construction data processing result and the real-time data of the safety alarm through the display.
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