CN116684555A - Construction site on-site comprehensive data acquisition method and system - Google Patents
Construction site on-site comprehensive data acquisition method and system Download PDFInfo
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- CN116684555A CN116684555A CN202310752517.5A CN202310752517A CN116684555A CN 116684555 A CN116684555 A CN 116684555A CN 202310752517 A CN202310752517 A CN 202310752517A CN 116684555 A CN116684555 A CN 116684555A
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Abstract
The invention discloses a method and a system for collecting comprehensive data on a construction site, wherein the method comprises the following steps: the video monitoring is carried out by monitoring construction sites and import and export positions of the construction sites through cameras in the video monitoring system, and the construction sites and the import and export positions can be played on a terminal display screen, so that personnel can observe and control the display screen, early warning processing is carried out, and whether dangerous conditions occur at the construction sites can be early warned through pictures shot by the cameras; according to the invention, through a visual display technology and multi-azimuth comprehensive real-time data acquisition and analysis, panoramic monitoring of construction conditions of a construction site, real-time monitoring and safety protection of key positions and real-time monitoring and analysis of behaviors of workers on the construction site are realized, the occurrence of site accidents is stopped, an informatization means is adopted to further strengthen the effective system management of the site, and meanwhile, the effect and the advantage of cloud supervision are realized by utilizing intellectualization.
Description
Technical Field
The invention relates to the technical field of constructional engineering, in particular to a method and a system for collecting on-site comprehensive data of a construction site.
Background
The building engineering refers to engineering entities formed by building various house buildings and auxiliary facilities thereof and installing and moving lines, pipelines and equipment matched with the building buildings. The house building is a project which has a top cover, a beam column, a wall, a foundation and can form an internal space and meet the requirements of people on production, living, study and public activities.
The visualization is a theory, a method and a technology which utilize computer graphics and image processing technology to convert data into graphics or images to be displayed on a screen and then to perform interactive processing, and the recording is required to be completed by monitoring when the safety recording is performed on a construction site.
However, in the existing data acquisition process of the visual construction site, the construction condition of the construction site cannot be monitored, part of positions cannot be monitored, safety accidents are easy to happen, and the behaviors of personnel on the construction site cannot be monitored and analyzed in real time, so that accidents frequently occur.
Disclosure of Invention
The invention aims to provide a method and a system for collecting comprehensive data on a construction site, which realize panoramic monitoring of construction conditions of the construction site, real-time monitoring and safety protection of key positions and real-time monitoring and analysis of behaviors of personnel on the construction site, and avoid site accidents so as to solve the problems in the background technology.
In order to achieve the above purpose, the present invention provides the following technical solutions: a method for collecting comprehensive data on site of a building site comprises the following steps:
the video monitoring is carried out by monitoring construction sites and import and export positions of the construction sites through cameras in the video monitoring system, and the video monitoring can be played on a terminal display screen, so that personnel can observe and control the display screen;
the early warning processing can be carried out on whether dangerous conditions occur at the construction site or not through pictures shot by the camera, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned;
safety production, recording and monitoring construction operation of constructors in real time through pictures shot by a camera, and judging whether potential safety hazards exist in the operation production process in a construction site or not, and judging whether the operation construction is carried out according to a specified safety mode or not when an operator carries out construction;
the method comprises the steps of conducting command, conducting command work on constructors of a construction site through a display screen of a terminal, and being capable of being used for stopping and correcting timely when the constructors are out of operation, and conducting observation command on the positions of an inlet and an outlet of the construction site, and being used for conducting omnibearing knowledge on the whole construction site so as to achieve cloud supervision;
and performing background processing, namely performing authority management login through a system page in the background terminal equipment so as to be used for managing the video stored in the implementation monitoring and the operation of the whole authority and equipment.
Preferably, the video monitoring is implemented and monitored on construction sites and import and export positions of a construction site by a camera in a video monitoring system, and can be played on a terminal display screen, thereby being matched with personnel to implement observation and control on the display screen, and the implementation of the video monitoring comprises:
the video monitoring is carried out by installing a monitoring camera according to the construction position and the azimuth of the construction site and the position of the entrance and the exit, and is used for transmitting and playing the pictures recorded by the monitoring camera.
Preferably, the early warning processing can be carried out to the terminal after the picture shot by the camera is transmitted, so that whether dangerous situations occur at the construction site or not can be early warned, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned, so as to reach the early warning processing, including:
the early warning processing is carried out through the face replacement recorded by the monitoring camera at the front end, mainly aiming at whether construction operation is carried out according to the regulations by personnel at the construction site, and meanwhile, the early warning processing can be used for carrying out early warning on the position of an entrance and an exit of the construction site, wherein the position of the entrance and the exit is mainly used for carrying out abnormal behaviors on personnel, vehicles and strangers which are not registered in the construction site.
Preferably, the safety production, the picture that the camera was shot, but still record and real-time supervision constructor's construction operation to whether there is the potential safety hazard in the operation production process in the building site, and whether operating personnel carries out operation construction according to stipulating safe mode when carrying out the construction, realize safety production and include:
the safety production positions personnel in the construction site by the monitoring camera at the front end, and whether the safety production is in a safety position or not is performed for safety operation construction, so that the safety production can be used for displaying personnel data, positions and operations.
Preferably, the implementation command, the shot picture is carried to the terminal equipment, carries out command work to constructors of construction site through the display screen of terminal to can be used for stopping in time and correcting when constructors operate improperly, can also observe the command to the exit position of construction site simultaneously, be used for carrying out the omnidirectional understanding to whole building site, so as to reach cloud prison, can implement the command simultaneously and include:
the implementation command is displayed through the terminal equipment at the rear end and the image recorded by the matched monitoring camera, the construction condition of the whole construction site and the conditions of personnel and vehicles can be implemented and displayed through the display screen, and meanwhile, the implementation command can be used for commanding operators to carry out safe construction.
Preferably, the background process, in performing rights management login on a system page in a background terminal device, is used for managing video and pictures stored in implementing monitoring and operations of rights and devices in an overall system, and the background process for implementing monitoring, display and terminal control includes:
the background processing can be used for systematically logging in the monitoring equipment, the terminal equipment and the monitoring camera in the display equipment, the terminal computer and the display screen, and different functions are opened through authority management, so that the privacy of internal data is improved, and meanwhile, the data authority can be managed.
A building site on-site comprehensive data acquisition system is based on the building site on-site comprehensive data acquisition method, which comprises the following steps:
the video monitoring module is used for monitoring construction sites and import and export positions of the construction sites by cameras in the video monitoring system, and playing the construction sites and the import and export positions on a terminal display screen, so that people can observe and control the display screen to realize video monitoring;
the early warning module is used for transmitting the picture shot by the camera to the terminal, so that the early warning can be carried out on whether dangerous conditions occur at the construction site, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned so as to reach early warning treatment;
the safety production monitoring module is used for the pictures shot by the camera, can record and monitor the construction operation of constructors in real time, and whether potential safety hazards exist in the operation and production process in the construction site, and whether the operators perform operation and construction according to a specified safety mode when performing construction, so that safety production is realized;
the command module is used for conveying photographed pictures to the terminal equipment, conducting command work on constructors of the construction site through a display screen of the terminal, stopping and correcting the constructors in time when the constructors are out of operation, observing and commanding the positions of an inlet and an outlet of the construction site, and conducting omnibearing understanding on the whole construction site so as to achieve cloud monitoring, and conducting command;
the background management module is used for performing authority management login on a system page in the background terminal equipment, managing videos and pictures stored in the implementation monitoring and the operation of the authorities and equipment in the whole system, and realizing background processing of monitoring, display and terminal control.
Preferably, the early warning module is used for carrying out early warning work in the operation process on the position irradiated by the camera, and simultaneously can also carry out bidirectional warning on strangers, vehicles and abnormal behaviors on the position irradiated by the access opening;
firstly, early warning is carried out on background personnel;
secondly, early warning is carried out on strangers and vehicles at the irradiation positions.
Preferably, the safety production monitoring module can be used for implementing observation on dangerous sources and whether potential safety hazards exist or not in the safety production construction process through the monitoring camera, and presenting personnel in the place in a classified mode;
the command module can enable monitoring personnel in the background or terminal equipment and in front of the display large screen to observe the whole long field, and conduct omnibearing command according to the condition and the situation of field construction, including construction operation, personnel management, personnel position change and abnormality of an import and export, so that nearby operators are commanded to operate or execute according to instructions.
Preferably, the background management module is mainly used for systematic maintenance of the whole set of system, and is mainly used for basic information maintenance and authority management, namely, the system and background data information are protected and authority is set, and personnel in a non-local place and personnel with lower authority or without authority cannot log in to steal the information and the data.
Compared with the prior art, the invention has the beneficial effects that:
according to the invention, through a visual display technology and multi-azimuth comprehensive real-time data acquisition and analysis, panoramic monitoring of construction conditions of a construction site, real-time monitoring and safety protection of key positions and real-time monitoring and analysis of behaviors of workers on the construction site are realized, the occurrence of site accidents is stopped, an informatization means is adopted to further strengthen the effective system management of the site, and meanwhile, the effect and the advantage of cloud supervision are realized by utilizing intellectualization.
Drawings
FIG. 1 is a flow chart of a method for collecting comprehensive data on a construction site in an embodiment of the invention;
fig. 2 is a system block diagram of a building site integrated data acquisition system in accordance with an embodiment of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Please refer to fig. 1:
the invention provides a method for collecting comprehensive data on a construction site, which comprises the following steps:
the video monitoring is carried out by monitoring construction sites and import and export positions of the construction sites through cameras in the video monitoring system, and the video monitoring can be played on a terminal display screen, so that personnel can observe and control the display screen;
according to the implementation monitoring of the panoramic view of the construction site by installing a plurality of groups of cameras at a plurality of positions, the online playing of monitoring can be carried out by selecting 1x1, 2x2 and 3x3 grids, the full screen and screenshot of video can be supported, the pan-tilt control function is provided for the cameras adapting to the pan-tilt function, in addition, the carousel function is provided, the carousel interval can be configured in the background, and the adaptation of automatic carousel is realized.
The video monitoring comprises the following steps:
installing a monitoring camera according to the construction position and the azimuth of the construction site and the position of the entrance and the exit for real-time monitoring, and transmitting and playing the picture recorded by the monitoring camera;
the camera shooting and transmission are completed through the monitoring camera, and the video image is transmitted to the control host through the coaxial video cable, the network cable and the optical fiber
The early warning processing can be carried out on whether dangerous conditions occur at the construction site or not through pictures shot by the camera, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned;
the formation of the monitoring change face is converted into a map for displaying, the transmission and display of the monitoring picture are required to be completed by butting the front-end camera, important attention points such as strangers, strange vehicles and abnormal behaviors are identified, early warning details are clicked and opened quickly, the content of early warning information is visually seen, meanwhile, the total number of early warning and early warning trend are summarized, and the early warning condition is grasped from a macroscopic angle.
The early warning processing comprises the following steps:
the front end monitoring camera is used for carrying out early warning on the replacement face recorded by the front end monitoring camera, and is mainly used for carrying out construction operation according to the regulations of personnel in a construction site, and meanwhile, the front end monitoring camera can also be used for carrying out early warning on the positions of an entrance and an exit of the construction site, wherein the positions of the entrance and the exit are mainly used for carrying out abnormal behaviors on personnel, vehicles and strangers which are not registered in the construction site;
realizing the function of performing rear-end early warning and front-end warning on nonstandard behaviors and unrecorded personnel and vehicle information in the place
Safety production, recording and monitoring construction operation of constructors in real time through pictures shot by a camera, and judging whether potential safety hazards exist in the operation production process in a construction site or not, and judging whether the operation construction is carried out according to a specified safety mode or not when an operator carries out construction;
the existing municipal safety production platform is in butt joint, the data of related projects are associated, positioning information, personnel classification and statistical data on maps in construction sites and systems are organically integrated with safety production special data such as dangerous sources, hidden danger investigation and management, safety production track and the like related to safety production, and safety production integrated data display is achieved.
The safe production comprises the following steps:
the front-end monitoring camera is used for positioning personnel in a construction site, and whether the personnel are in a safe position or not is used for safe operation construction, so that the front-end monitoring camera can be used for displaying personnel data, positions and operations;
to ensure the standard operation of the whole site or the inside of the site, avoid the occurrence of illegal and nonstandard phenomena, thereby improving the safety of the environment
The method comprises the steps of conducting command, conducting command work on constructors of a construction site through a display screen of a terminal, and being capable of being used for stopping and correcting timely when the constructors are out of operation, and conducting observation command on the positions of an inlet and an outlet of the construction site, and being used for conducting omnibearing knowledge on the whole construction site so as to achieve cloud supervision;
the front-end display screen is used for realizing that a group of large screens can be spliced according to actual conditions, the information such as distribution, type, quantity, personnel and the like surrounding a field in a display change surface is displayed in an omnibearing manner, alarming behaviors such as personnel, vehicles and behaviors are intelligently identified by combining front-end sensing equipment, abnormal behaviors are clear at a glance, clicking of a project is realized at the same time, the project detail list is drilled, the project specific condition can be comprehensively mastered, the online video of the project and the operation place is played by virtue of intelligent carousel, and further the effect of a cloud monitoring worker is realized.
The implementation command comprises the following steps:
the terminal equipment at the rear end and the image recorded by the monitoring camera are used for displaying, the construction condition of the whole construction site and the conditions of personnel and vehicles can be displayed through the display screen, and meanwhile, the terminal equipment can be used for commanding operators to carry out safe construction;
the system can conduct command work on constructors or staff in the monitoring position, meanwhile, can timely stop nonstandard dangerous behaviors, correct the dangerous behaviors, enable the constructors or staff to conduct safe construction work according to instructions, and can warn suspicious staff.
And performing background processing, namely performing authority management login through a system page in the background terminal equipment so as to be used for managing the video stored in the implementation monitoring and the operation of the whole authority and equipment.
The background processing energy comprises;
the method is used for systematically logging in the monitoring cameras, the terminal computers and the display screen in the whole monitoring equipment, the terminal equipment and the display equipment, and realizing different functions by opening through authority management, thereby improving the privacy of internal data and managing the authority of the data;
the front-end monitoring data and the operating system can be managed through the terminal equipment, the security of the data and the inside of the system can be improved according to the authority and the page password login, the secrecy is improved, and the theft is prevented
The system is used for maintaining and managing basic information of the whole monitoring system;
the functions mainly comprise organization architecture management, user management, function management, authority management, equipment management and site management;
and (3) organizing architecture management: the structure of an organization whole, the common organization architecture form comprises a central weight system, a split weight system, a linear type and a matrix type, and any one form is used for control and management;
user management: providing new functionality with respect to a user, the user attributes including: account number, password, name, phone number, company;
providing an editing function for a user, wherein an account number cannot be edited during editing;
providing a deleting function for a user, and requiring popup secondary confirmation;
providing a reset password function with respect to a user;
providing a role configuration function for a user;
when a user is newly added, the account number and the password are necessary filling items, and the company is a drop-down option;
when editing, only the password, name, mobile phone number and company can be edited.
When deleting the user, the user needs to pop up a confirmation box for reconfirming.
Function management: providing new functionality with respect to a character, the character attributes including: character name, character identification, ordering, remarks;
providing a deleting function about roles, and requiring popup secondary confirmation;
providing authority functions of a role configuration management end;
providing a function of configuring application-side rights with respect to a character;
the role is an account number of an administrator, and the mark should be filled in with admin or super;
verifying whether the login user can access the function and whether the authority after login is matched with the corresponding assigned authority;
the role can configure a plurality of management end authority functions;
roles can configure the functionality of multiple application-side permissions.
The image data of the construction site has two sources, namely a high-position fixed monitoring camera and a face camera at the entrance
The high-definition fixed camera adopts a overlooking visual angle directional monitoring area, and has the advantages of low cost, mature technology, stable data acquisition, capability of identifying the identity of a worker by the face camera at the entrance and higher data quality;
acquiring project progress parameters according to project progress video image monitoring data, and acquiring construction equipment operation data corresponding to the project progress;
calculating a predicted deviation value of the current construction process according to project progress parameters, project progress standard tables and construction equipment operation data;
comparing the predicted deviation value of the current construction process with a preset allowable deviation value, if the predicted deviation value of the current construction process is smaller than the preset allowable deviation value, sending a signal without adjusting the construction process, otherwise, sending an alarm signal with the need of adjusting the construction process;
acquiring quality video image monitoring data in the video image monitoring data;
inputting quality video image monitoring data into a pre-established abnormal defect detection model to obtain abnormal defect data;
the method for judging whether to allow uploading of the video image monitoring data comprises the following steps:
acquiring attribute characteristic data and operation characteristic data of a video image acquisition device sending the request, and requesting a construction project period for uploading video image monitoring data; calculating the reliable value of the video image monitoring data uploaded by the video image acquisition device according to the attribute characteristic data and the operation data of the video image acquisition device and the construction project period of the video image monitoring data requested to be uploaded;
comparing the reliable value of the video image monitoring data uploaded by the video image acquisition device with a preset threshold value, if the reliable value is larger than the preset threshold value, allowing the video image acquisition device to upload the video image monitoring data through a preset data transmission link, otherwise, prohibiting uploading the video image monitoring data, and immediately sending an alarm signal;
judging whether attribute characteristic data of the video image acquisition device is matching data of the construction project requesting uploading of the video image monitoring data according to a pre-established matching relation table of the construction project in different construction periods and the video image acquisition device, if the serial number of the video image acquisition device is matched in a list corresponding to the current construction period of the construction project, indicating that the video image acquisition device is the matching data of the construction project requesting uploading of the video image monitoring data; otherwise, the video image acquisition device is not the matched data of the construction project requesting to upload the video image monitoring data; if the address of the video image acquisition device is matched in a list corresponding to the current construction period of the construction project, the video image acquisition device is indicated to be the matched data of the construction project for which the video image acquisition device requests to upload video image monitoring data; otherwise, the video image acquisition device is not the matched data of the construction project requesting to upload the video image monitoring data;
after the data are finished, the operation is performed by construction site personnel;
all staff on the production site must wear safety helmets;
the emergency switch in the electrical control cannot be used at will except for finding important equipment hidden trouble and endangering the safety of human bodies;
when equipment is inspected, overhauled or cleaned, an operator firstly turns off the power supply and hangs the safety warning board on the control panel, dials the safety switch to an inspection position, pulls the safety switch key off and carries the safety switch key, and when the equipment is inspected and maintained, the safety switch key is replaced and is dialed to a normal position, the power supply is restored to be idle, and the safety warning board is put into the cabinet
In the running process of the equipment, the running part is not required to be sanitary, and the safety protection door is not required to be opened;
when the equipment runs, the protective cover is strictly forbidden to be disassembled, the material blockage occurs and the machine must be stopped, and after the machine is completely stopped, the machine can remove faults;
when the machine runs, if the machine is found to run abnormally or has abnormal sound, the machine should be stopped immediately and the electromechanical repair personnel should be informed in time, so that the machine cannot be tampered with, and the machine can be started up for operation after the fault is removed; .
Before the equipment is started, whether signals and equipment parts are normal or not is checked, whether all parts of the equipment and a safety protection device are complete and reliable or not is whether lubrication is good or not, whether sundries exist on the ground around the equipment or not is judged, and whether all parameters meet the technological requirements or not is judged.
Acquiring an image and sound of an incident scene, and acquiring the image and sound of the incident scene through related equipment;
transmitting the acquired information to a cloud server to realize real-time transmission of the site situation;
the command center logs in the cloud server, and sees dynamic information of the scene at the first time, so that the scene and the command center are data-synchronized, and the command center can conveniently judge;
the on-site images and sounds and the conditions of related personnel are transmitted to the cloud through wireless transmission equipment (4G/5G), so that the command center can conveniently check the conditions;
the command center logs in the cloud server, can check the images and the sounds of the scene in real time, communicate with scene personnel in real time, and know the scene situation. Summarizing various information and then making treatment measures
The command center sends the treatment measures to the cloud end, and on-site personnel can receive the treatment measures in real time and execute the treatment measures according to requirements;
the background processor and the background personnel perform systematic operation and use on the required equipment, then monitor the emphasis point according to the actual situation of the site, and simultaneously perform intercom command through the front-end monitoring equipment when problems occur and the operation cannot be performed, thereby realizing the function of cloud monitoring work.
Please refer to fig. 2:
a building site on-site comprehensive data acquisition system is based on the building site on-site comprehensive data acquisition method, which comprises the following steps:
the video monitoring module is used for monitoring construction sites and import and export positions of the construction sites by cameras in the video monitoring system, and playing the construction sites and the import and export positions on a terminal display screen, so that people can observe and control the display screen to realize video monitoring;
the early warning module is used for transmitting the picture shot by the camera to the terminal, so that the early warning can be carried out on whether dangerous conditions occur at the construction site, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned so as to reach early warning treatment;
the safety production monitoring module is used for the pictures shot by the camera, can record and monitor the construction operation of constructors in real time, and whether potential safety hazards exist in the operation and production process in the construction site, and whether the operators perform operation and construction according to a specified safety mode when performing construction, so that safety production is realized;
the command module is used for conveying photographed pictures to the terminal equipment, conducting command work on constructors of the construction site through a display screen of the terminal, stopping and correcting the constructors in time when the constructors are out of operation, observing and commanding the positions of an inlet and an outlet of the construction site, and conducting omnibearing understanding on the whole construction site so as to achieve cloud monitoring, and conducting command;
the background management module is used for performing authority management login on a system page in the background terminal equipment, managing videos and pictures stored in the implementation monitoring and the operation of the authorities and equipment in the whole system, and realizing background processing of monitoring, display and terminal control.
Furthermore, the early warning module is used for carrying out early warning work in the operation process on the position irradiated by the camera, and simultaneously can also carry out bidirectional warning on strangers, vehicles and abnormal behaviors on the position irradiated by the access opening, firstly, early warning is carried out on background personnel, and secondly, early warning is carried out on the strangers and vehicles at the irradiated position.
In addition, the safety production monitoring module can be used for implementing observation on dangerous sources and whether potential safety hazards exist or not in the safety production construction process through the monitoring camera, and presenting personnel in the place in a classified mode;
the command module can enable monitoring personnel in the background or terminal equipment and in front of the display large screen to observe the whole long field, and conduct omnibearing command according to the condition and the situation of field construction, including construction operation, personnel management, personnel position change and abnormality of an import and export, so that nearby operators are commanded to operate or execute according to instructions.
In addition, the background management module is mainly used for systematic maintenance of the whole set of system, and is mainly used for basic information maintenance and authority management, namely, the system and background data information are protected and authority is set, and people with lower authority or no authority in a non-local place cannot log in to steal information and data.
The video monitoring is based on the Internet of things, cloud computing, mobile broadband Internet and GPS technology, and consists of a camera, a video recorder, a wireless network bridge, a video monitoring server, a disk array and the like, and a remote video monitoring system built by a wired/wireless network is deployed on a construction site to realize real-time monitoring of a construction site. The video monitoring system is used, so that the construction progress of the construction site can be held at any time within the project range, the production operation process of the site is monitored, and the safety of personnel and property on the site is monitored; the project department can master the construction progress and the construction quality in real time, know the basic condition, the safe dynamic state, the important dangerous source control and the like of the construction site in real time, and improve the management level of the project department;
the real-time monitoring camera is managed, comprising functions of numbering, grouping, deleting, adding, inquiring information and the like of the cameras, and the functions of backing up, inquiring and replaying monitoring images according to the information of the numbers, time, events and the like of the cameras are supported through the hard disk video recorder. Real-time audio and video browsing through a network is realized, and videos can be watched on a PC end, a monitor and a television wall in real time; the video may be browsed in real time by a client or web means. Including multi-picture display, multi-picture polling, and subtitle superimposition. The system supports a distributed storage structure and network centralized storage, wherein video content can be stored in a PC client, can be stored in a remote storage server through a centralized storage server, and a user can uniformly manage and call video files of the whole network through client software;
multiple paths of pictures are simultaneously played back on the same display, video files of multiple servers or local storage channels are simultaneously played back at the same time, up to 25 pictures are simultaneously played back synchronously, and remote real-time control of a holder and a lens is supported. Control may be via a client or keyboard. The cloud mirror control is divided into multiple stages, and has the function of cruising with preset positions;
the background management module further comprises:
the system comprises a management terminal menu management module, an application terminal menu management module, a project management module, a department management module, a project place management module, a vehicle distribution control module, an equipment management module and a personnel distribution control module;
and performing background omnibearing control based on the modularized distributed monitoring and centralized management mode.
The system also comprises a wireless intelligent voice broadcasting system:
the wireless intelligent broadcasting system is an information transmission channel between the engineering management part and the workers, and can transmit the signals needing to be announced to the workers without obstruction, and is not influenced by the initiative of the workers. The method can meet the daily background music playing of living areas, enrich the daily life entertainment of workers, improve the living conditions of the daily life, and timely broadcast information such as various systems, rewards, punishments, education, accident cases and the like of the construction sites to the workers Xuan Guan. The safety of workers and the awareness of compliance are improved silently in daily life, and the potential safety hazard of construction sites is reduced. Under special conditions, such as fire, accident and the like, the engineering management part can timely instruct workers to evacuate or organize rescue through a broadcasting system;
vehicle access management system:
the vehicle access management subsystem is matched with the video monitoring module, takes vehicle license plates, vehicle volume colors and the like as information carriers, and controls electromechanical integrated peripheral equipment by recording vehicle access information and combining an industrial automatic control technology, so that various vehicles accessing a parking lot are controlled, and the vehicle access management method is an efficient, rapid, accurate, scientific and economic vehicle access management means and is a comprehensive application for implementing dynamic and static management on the vehicles in a construction site;
the man-vehicle positioning system comprises:
on the main traffic lines inside and outside the engineering site, a positioning terminal is arranged on each engineering vehicle and related personnel, and wireless signals are communicated with positioning base stations arranged in each area to form a wireless monitoring network, the abnormal condition of the vehicle can be warned in real time through the monitoring network and a management platform, engineering management personnel can instantly see the vehicles, personnel and sites with abnormal transportation on a screen, and corresponding measures can be timely taken to prevent accidents endangering safety production. Meanwhile, by means of the system, the efficiency of the shift can be prompted, and cost reduction and efficiency improvement are promoted.
Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. A method for collecting on-site comprehensive data of a building site is characterized by comprising the following steps of: the method comprises the following steps:
monitoring construction sites and import and export positions of a construction site by a camera in the video monitoring system, and playing the construction sites and the import and export positions on a terminal display screen, so that people can observe and control the display screen to realize video monitoring;
the dangerous situation at the construction site can be early warned by transmitting the picture shot by the camera to the terminal, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned to reach early warning treatment;
the pictures shot by the camera can also record and monitor construction operations of constructors in real time, whether potential safety hazards exist in the operation and production process in a construction site, and whether the operators perform operation and construction according to a specified safety mode when performing construction, so that safety production is realized;
the shot pictures are conveyed to the terminal equipment, constructors of the construction site are commanded through a display screen of the terminal, the control and correction can be timely stopped and corrected when the constructors are out of operation, meanwhile, the observation and command can be carried out on the positions of the entrances and exits of the construction site, the whole site is known in an omnibearing manner, so that cloud supervision can be achieved, and meanwhile, command can be implemented;
and carrying out authority management login on a system page in the background terminal equipment so as to be used for managing videos and pictures stored in the implementation monitoring and the operation of the authorities and equipment in the whole system, and realizing the background processing of monitoring, display and terminal control.
2. The method for collecting comprehensive data on construction sites according to claim 1, wherein the method comprises the following steps: the camera in the video monitoring system is used for monitoring construction sites and import and export positions of the construction sites and can be played on a terminal display screen, so that personnel can observe and control the display screen, and the video monitoring comprises the following steps:
the video monitoring is carried out by installing a monitoring camera according to the construction position and the azimuth of the construction site and the position of the entrance and the exit, and is used for transmitting and playing the pictures recorded by the monitoring camera.
3. The method for collecting the comprehensive data on the construction site according to claim 2, wherein the method comprises the following steps: the terminal can be transmitted to the terminal after the picture shot by the camera to early warn whether dangerous conditions occur at the construction site, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned so as to reach the early warning processing, wherein the early warning processing comprises:
the early warning processing is carried out through the face replacement recorded by the monitoring camera at the front end, mainly aiming at whether construction operation is carried out according to the regulations by personnel at the construction site, and meanwhile, the early warning processing can be used for carrying out early warning on the position of an entrance and an exit of the construction site, wherein the position of the entrance and the exit is mainly used for carrying out abnormal behaviors on personnel, vehicles and strangers which are not registered in the construction site.
4. A method of on-site integrated data acquisition at a construction site as claimed in claim 3, wherein: the picture that the camera was shot, but still record and real-time supervision constructor's construction operation to whether there is the potential safety hazard in the operation production process in the building site, and whether operating personnel carries out the operation construction according to stipulating safe mode when carrying out the construction, realize safe production and include:
the safety production positions personnel in the construction site by the monitoring camera at the front end, and whether the safety production is in a safety position or not is performed for safety operation construction, so that the safety production can be used for displaying personnel data, positions and operations.
5. The method for collecting the comprehensive data on the construction site according to claim 4, wherein the method comprises the following steps: the picture of shooing carries terminal equipment, carries out command work to constructor of construction site through the display screen at terminal to can be used for stopping in time when constructor operation is improper and correcting, still can observe the command to the exit position of construction site simultaneously, be used for carrying out the omnidirectional to whole building site and knowing, so that reach cloud monitoring worker, can implement the command simultaneously and include:
the implementation command is displayed through the terminal equipment at the rear end and the image recorded by the matched monitoring camera, the construction condition of the whole construction site and the conditions of personnel and vehicles can be implemented and displayed through the display screen, and meanwhile, the implementation command can be used for commanding operators to carry out safe construction.
6. The method for collecting the comprehensive data on the construction site according to claim 5, wherein the method comprises the following steps: the performing rights management login on the system page in the background terminal device to manage the video and the picture stored in the implementation monitoring and the operations of the rights and the device in the whole system, and the background processing for realizing the monitoring, the displaying and the terminal control comprises the following steps:
the background processing can be used for systematically logging in the monitoring equipment, the terminal equipment and the monitoring camera in the display equipment, the terminal computer and the display screen, and different functions are opened through authority management, so that the privacy of internal data is improved, and meanwhile, the data authority can be managed.
7. A building site on-site integrated data acquisition system based on a building site on-site integrated data acquisition method according to any one of claims 1-6, comprising:
the video monitoring module is used for monitoring construction sites and import and export positions of the construction sites by cameras in the video monitoring system, and playing the construction sites and the import and export positions on a terminal display screen, so that people can observe and control the display screen to realize video monitoring;
the early warning module is used for transmitting the picture shot by the camera to the terminal, so that the early warning can be carried out on whether dangerous conditions occur at the construction site, and meanwhile, unfamiliar personnel, vehicles and behaviors at the import and export site can be judged and early warned so as to reach early warning treatment;
the safety production monitoring module is used for the pictures shot by the camera, can record and monitor the construction operation of constructors in real time, and whether potential safety hazards exist in the operation and production process in the construction site, and whether the operators perform operation and construction according to a specified safety mode when performing construction, so that safety production is realized;
the command module is used for conveying photographed pictures to the terminal equipment, conducting command work on constructors of the construction site through a display screen of the terminal, stopping and correcting the constructors in time when the constructors are out of operation, observing and commanding the positions of an inlet and an outlet of the construction site, and conducting omnibearing understanding on the whole construction site so as to achieve cloud monitoring, and conducting command;
the background management module is used for performing authority management login on a system page in the background terminal equipment, managing videos and pictures stored in the implementation monitoring and the operation of the authorities and equipment in the whole system, and realizing background processing of monitoring, display and terminal control.
8. A building site integrated data acquisition system as set forth in claim 7, wherein: the early warning module is used for carrying out early warning work in the operation process on the position irradiated by the camera, and simultaneously can also carry out bidirectional warning on strangers, vehicles and abnormal behaviors on the position irradiated by the access opening;
firstly, early warning is carried out on background personnel;
secondly, early warning is carried out on strangers and vehicles at the irradiation positions.
9. A building site integrated data acquisition system as claimed in claim 8, wherein: the safety production monitoring module can be used for implementing observation on a dangerous source and whether or not potential safety hazards exist in the safety production construction process through the monitoring camera, and presenting personnel in a place in a classified mode;
the command module can enable monitoring personnel in the background or terminal equipment and in front of the display large screen to observe the whole long field, and conduct omnibearing command according to the condition and the situation of field construction, including construction operation, personnel management, personnel position change and abnormality of an import and export, so that nearby operators are commanded to operate or execute according to instructions.
10. A building site integrated data acquisition system as claimed in claim 9, wherein: the background management module is mainly used for systematic maintenance of the whole set of system, and is mainly used for basic information maintenance and authority management, namely, the system and background data information are protected and authority is set, and personnel with lower authority or personnel without authority in a non-local place cannot log in to steal the information and the data.
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| CN202310752517.5A CN116684555A (en) | 2023-06-25 | 2023-06-25 | Construction site on-site comprehensive data acquisition method and system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117765434A (en) * | 2023-12-14 | 2024-03-26 | 提书工程科技(上海)有限公司 | On-site video image processing method and system for constructional engineering |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117765434A (en) * | 2023-12-14 | 2024-03-26 | 提书工程科技(上海)有限公司 | On-site video image processing method and system for constructional engineering |
| CN117765434B (en) * | 2023-12-14 | 2024-07-23 | 提书工程科技(上海)有限公司 | On-site video image processing method and system for constructional engineering |
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