36 results about "Project site" patented technology

The invention discloses an intelligent analysis method for major project site selection and generation, and the method comprises the steps: 1), building an analysis database based on layer data; 2) establishing an operator library, a model library and an index library; 3) constructing a site selection intelligent analysis model based on the operator library, the model library and the index library; 4) obtaining one or more project intentional land use ranges uploaded by a user, inputting the ranges into the intelligent site selection analysis model, determining evaluation indexes of the project intentional land use ranges, and binding the index values to the corresponding layer data items; 5) establishing a rule engine based on a decision tree; and 6) performing intelligent judgment on a calculation result by utilizing a rule engine in combination with a service rule, optimizing a calculation process, and generating an intelligent analysis report. According to the method, through a spatial parallel computing technology, a mode of overlay analysis of global mass basic data is adopted, and help is provided for proprietors to expose and solve major contradictions in the early stage of a project in advance.

The invention discloses an intelligent management and control method based on the full life cycle of a steel structure, and relates to the technical field of intelligent management of steel structures. According to the method, the bridge steel structure digital intelligent manufacturing cloud platform is constructed, the steel structure full-life-cycle intelligent control method is designed based on the cloud platform, the component production technological process is randomly set through the graphical process designer and the cloud platform, information is automatically circulated in the component manufacturing process, project component data is clear and visible, and the construction efficiency is improved. The production management level and production benefits are improved, the technological process is optimized through the cloud platform, production tasks are distributed, teams and related production personnel receive the tasks through mobile phone APPs, production entry information, quality information and the like are filled in the production process, production component models and part models are visually browsed in the production process through the BIM technology, and the production efficiency is improved. The project condition is visually browsed on the project site by means of the BIM technology, and the installation progress of the project is mastered.

It is economically difficult to build an IT system tailored to the specific needs of a loss-making project site. [Solution] The server 50 has a basic application provision unit 51 that provides basic applications for use in the IT system, and a custom unit 52 that receives orders for application development to customize the basic applications. The custom unit 52 has a ticket management unit 53 that processes ticket issuance and other operations, and a ticket display unit 54 that displays tickets. The ticket management unit 53 issues tickets to users when the user completes the purchase process. Vendors sell a certain number of tickets to users in advance, and users pay vendors with tickets according to the site. Extra tickets can be purchased at profitable sites and the surplus tickets can be used at unprofitable sites, so an IT system can be built at any site.

A method and a system for online integrated environmental monitoring, assessment, and impact visualization of projects are disclosed. The method includes receiving project site data representing the geographical boundary of a project in a virtual environment and collecting real-world environmental data from fixed and mobile monitoring devices. Model data, modeling parameters, and digital ground data associated with the project are retrieved and unified through a unified connector interface to form a unified input data. The unified input data is processed through one or more impact modeling entities to assess environmental impacts, including air quality, noise, water quality, and ecological effects. Visualizations of the environmental impact determined are transmitted to an environmental assessment planner interface for display. The method and the system provide for real-time integration, efficient impact modeling, and multi-dimensional visualization, enabling stakeholders to evaluate and monitor environmental effects with enhanced precision and accessibility in a seamless digital environment.

The invention discloses a video-based engineering quantity prediction method and device, equipment, a medium and a product, and the method comprises the steps: obtaining video data of a historical time period of an engineering site, extracting the video data to obtain a video frame sequence, determining region nodes and a space-time connection relation of the region nodes based on the video frame sequence, generating an engineering topological graph of the engineering site, and predicting the engineering quantity of the engineering site according to the engineering topological graph. And obtaining node features of the region nodes, determining global representation of the video data in the historical time period, performing construction action prediction based on the global representation of the video data in the historical time period, and obtaining a construction action sequence of the project site in the future time period. And according to the construction action sequence in the future time period and the predetermined unit volume corresponding to the construction action, obtaining the predicted project amount of the project site in the future time period. According to the method, the construction action chain of the project thread in the future time period is accurately predicted through the project site video data, and the accurate project amount can be effectively predicted in advance in combination with the unit amount of the construction action.

The invention relates to an AI Internet of Things-based project field multi-modal data acquisition system and method, provides access control, and particularly relates to the field of a set or interface system of a database management system. The system comprises a warehouse-in acquisition interface for acquiring warehouse-in content of a set construction project site in a current time interval by adopting an Internet of Things connection mode; and the intelligent identification device is used for intelligently identifying the proportion of personnel wearing safety helmets in the current time interval and the maximum noise decibel value of the nearby residential building position in the current time interval by adopting an AI state identification model based on the warehousing content of the current time interval. According to the invention, the technical problem that the proportion of personnel wearing safety helmets in any time interval and the maximum noise decibel value of the positions of nearby residential buildings are difficult to synchronously identify is solved by simultaneously introducing an access control mode of database input and output, an Internet of Things connection mode and an intelligent identification mode.

The invention relates to an intelligent integrated project management method based on an AI large model technology, and the method comprises the steps: decomposing a project and determining key nodes: segmenting a project site into a plurality of blocks, and determining the key nodes in each block according to the process logic and organization structure of the project, the method comprises the following steps: performing deep analysis on historical data of similar projects by using an AI large model based on a Transform architecture, determining reasonable completion time of each key node through an LSTM time sequence prediction algorithm in combination with characteristics and requirements of a current project, and generating a progress schedule. Through real-time analysis and simulation of project data by the AI large model, the resource demand and allocation scheme can be accurately determined, waste and shortage of resources are avoided, the resource utilization efficiency is improved, the project cost is reduced, the project progress can be monitored in real time, progress deviation can be found in time, and the future progress trend can be accurately predicted.

Systems and methods of the present disclosure include improved coating of worksurfaces by accessing a digital map of a project site, the project site having the work surface, and identifying one or more sub-areas of the work surface, the sub-areas being associated with an observed or expected wear pattern on the work surface. Based on the wear pattern, a coating technology and a dry film thickness (DFT) is determined for each sub-area based at least in part on the wear pattern of each sub-area, which is mapped onto a digital map of the project site to assign the coating technology and the DFT to each sub-area within the project site. The digital map is provided to an autonomous vehicle to automatically apply the coating technology across the work surface to achieve the DFT.

The invention provides a project site automatic receiving device and a management method, and belongs to the technical field of logistics receiving equipment, the device comprises a bearing base fixed on the ground, a supporting rod body fixed on the bearing base, a solar panel fixedly arranged on the top of the supporting rod body, and a preset angle is formed between the solar panel and the supporting rod body; the RFID terminal and the image acquisition terminal are fixed in the middle of the supporting rod body and face a target detection position on the ground; the power supply module supplies power to the RFID terminal, the image acquisition terminal, the control module and the information interaction module; the control module is connected with the RFID terminal, the image acquisition terminal and the information interaction module, and the control module receives the material RFID tag information and the material appearance image and provides the material RFID tag information and the material appearance image to the information interaction module so as to communicate with an external management system. Through RFID and vision fusion, automatic de-weighting and order verification, appearance detection and real-time uploading, project field automatic goods receiving is realized, and the efficiency is improved.

Provided in the present application are a device configuration method and apparatus, and a computer device. The method comprises: generating project configuration resources on the basis of different areas of a project site, and pre-storing the project configuration resources; on the basis of location information of a target device, determining a target area in the project site where the target device is located; acquiring, from among the pre-stored project configuration resources, device information corresponding to the target area; identifying product information of the target device; and sending the device information to the target device to complete automatic configuration, and storing a configuration relationship between the product information and the device information. The present application can automatically implement a project configuration process of a device, such that the device can be put into use immediately after installation, thereby avoiding a large number of tedious repetitive on-site debugging and configuration operations, and ensuring the timely application and implementation of a system in an actual project.

The invention provides a building resource collaborative optimization method, a building resource collaborative optimization device and electronic equipment, which effectively solve the negative influence of the dynamic change of a project site on the accuracy, the efficiency and the like of the existing building resource collaborative optimization system. The method comprises the following steps: the input layer obtains various heterogeneous data of the constructional engineering of resources to be optimized, and constructs state vectors corresponding to the various heterogeneous data respectively; inputting the state vector to the hidden layer, and controlling an action space to extract low-order resource features from the state vector based on a nonlinear association relationship; fusing the low-order resource features to obtain high-order resource features, and screening out target high-order resource features from the high-order resource features to obtain multiple actions based on the target high-order resource features; and receiving a plurality of actions, selecting an optimal action from the plurality of actions, and realizing collaborative optimization of the to-be-optimized resources of the to-be-constructed project based on the optimal optimization strategy corresponding to the optimal action.

The present application relates to a kind of based on the stability discrimination method, system and medium of foundation pit of graph mutual driving mechanism, method includes: according to the suitable foundation pit support form of foundation pit design requirement, initialize various foundation pit design parameters, in parameter attribute value forward driving mode drawing foundation pit support structure sketch in CAD environment;According to the stability discrimination criterion of foundation pit, the actual working condition of project site is combined with manual tuning to design parameter, parameter adjustment result still uses with attribute driving graph mode immediate update support structure sketch, another can edit the graph element in support structure graph with graph driving attribute mode immediate feedback linkage update foundation pit support parameter;The stability of foundation pit support structure is calculated dynamically in real time throughout, when stability determination meets design requirement, with two three-dimensional interactive intuitive display foundation pit support design scheme, and output various design achievements.The present application can realize the graph attribute bidirectional mutual driving of foundation pit support design, it is convenient to quickly modify and perfect design scheme, improve foundation pit support design efficiency and quality.

The invention discloses a development, operation and maintenance integrated application market management method and system. The method comprises the following steps: uniformly managing reusable development assets in an application market; when a new project is developed, reusable development assets are pulled from an application market, a project basic code framework is generated from a code template according to configuration information and a database table structure, and codes are automatically packaged into a container mirror image; when an executable program and a software package for a project are selected, performing application arrangement on the executable program, the software package and the container mirror image together, establishing a relationship among the modules through graphical interface interactive operation, and configuring environment variable information; in the deployment process of the internal test environment of the enterprise, the container mirror image runs to the host according to the environment variable information, and after deployment is completed, operation and maintenance monitoring of the host and the container is carried out through a unified interface; in the project site deployment process, the deployment package is exported from the system, and the deployment package is imported and deployed in a one-key mode on the project site. According to the scheme, the deployment and operation and maintenance efficiency is improved.

The present application relates to the technical field of power infrastructure site safety control, and particularly relates to a method for identifying infrastructure site risks, comprising classifying risk operations according to site operation contents to obtain a classification result; calculating a risk event occurrence factor according to the classification result and site factors; calculating a risk event influence factor according to site factors and historical records; obtaining a monitoring report based on the risk event occurrence factor and the risk event influence factor; and monitoring infrastructure site monitoring videos based on the monitoring report. The present application can reduce the professional skill requirements of monitoring personnel by assisting the monitoring personnel in monitoring infrastructure site videos through the monitoring report, and basic skill personnel can complete complex and professional site safety monitoring work, which greatly improves the stability of monitoring compared with random personnel management. The present application solves the problem that the existing infrastructure site monitoring method is prone to monitoring omissions.

The invention provides an analysis method and system for inverting actual generating capacity based on photometric data, and the method comprises the steps: obtaining short-term measured data of a ground meteorological station in a site region of a photovoltaic power station project, and carrying out the integrity inspection and reasonability inspection of the short-term measured data; preprocessing the detected measured data, and summarizing to obtain daily cumulative radiation data and monthly average radiation data; selecting one satellite database which has the highest correlation with the actual measurement data of the ground meteorological station from the long-term satellite meteorological databases as a target satellite database, analyzing the irradiation dose space distribution characteristics of the target satellite database in the project site area, and combining the operation data of the site peripheral power stations; determining a representative annual horizontal plane monthly total irradiation dose provided by the target satellite database as a revision basis; and based on the target satellite database, acquiring a long-term inversion irradiation dose data sequence of the project site position, determining and applying a correction relationship between the two, and acquiring engineering representative annual horizontal plane irradiation dose data of the project site.

The application discloses an entertainment system capable of realizing virtual-real interaction, which comprises a real scene amusement park, a meta game system server and a terminal. The real scene amusement park comprises interactive devices, real scene data acquisition devices, player information acquisition devices, interactive device data acquisition devices and communication devices for mutual communication between the interactive devices or between the real scene amusement park and the meta game system server, which are arranged in or run on a game project site and are used for the entertainment or game or experience of players. The meta game system server is used for constructing a virtual amusement park scene, associating a virtual identity of a player and synchronously mapping the real scene interactive devices to corresponding virtual interactive devices. The terminal is used for displaying the virtual amusement park scene, the virtual identity and the virtual interactive devices in the virtual amusement park scene in the meta game system server. The real scene amusement park and the meta game system server and the meta game system server and the terminal are in communication connection. The application has various playing methods, is stronger in entertainment and higher in interest.

1. Name of this design: Graphical User Interface for On-Site Reinforcement Management in Electronic Equipment. 2. Purpose of this design: For running programs. 3. The key design features of this product are the graphical user interface content on the screen. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: It is a graphical user interface used by on-site managers to enter or view data on electronic devices. 6. Other situations requiring explanation are illustrated in the diagram: The main view is the primary view when the application is opened. In the interface change state diagram 1, continue to click the screen button to display the interface change state diagram 2. Clicking on Material Arrival, Inventory Data, Material Clearing Data, Waste Management, Material List View, Quality Acceptance, Anchoring Overlap, Snapshots, and Atlas Construction in the main view will take you to the interface change state diagram 1.

The invention relates to a power grid engineering project progress monitoring method. An existing monitoring system can only confirm project progress and cannot automatically recognize whether project installation operation is standard or not. The method comprises the following steps: constructing a BIM model according to image data and project drawings of a project site; according to the BIM model, intelligent sensors are arranged on site, and online construction information is collected; online construction information is extracted, three-dimensional environment scene reconstruction is carried out according to the surrounding environment, and construction progress data is obtained; calculating an environment fluctuation value according to the construction progress monitoring condition and the online construction information, and setting a construction adjustment strategy; constructing a gray scale prediction model, and predicting a progress critical value result according to the construction progress data and the construction period after construction adjustment; and visualizing the construction progress data, the three-dimensional environment scene and the progress critical value prediction result to generate a BIM simulation large screen, thereby realizing scientific scheduling of the construction process and real-time monitoring of safe construction.

The invention relates to a photovoltaic construction progress statistical method for unmanned aerial vehicle aerial photography. The method comprises the following steps: 1) arranging a daily flight route of an unmanned aerial vehicle according to a construction site design drawing and a construction organization plan; 2) according to the plan in the step 1), obtaining pictures shot in flight, and putting the pictures into an image identification module to obtain an identification result of each picture; 3) putting the identification result obtained in the step 2) and the information of the shot picture into a statistical module, and calculating the progress condition of the current area; and 4) comparing the progress calculated in the step 3) with a construction plan, calculating an advance / delay percentage, and generating a statistical report to notify related personnel. According to the invention, the information of the project site can be rapidly and comprehensively obtained, more efficient and accurate construction progress statistics can be realized, and important support is provided for project management. The method not only improves the field management efficiency, but also saves the labor cost, and plays a positive role in promoting the sustainable development of a photovoltaic project.

The invention relates to the technical field of data analysis, and discloses a site selection evaluation method and system for a low-radioactivity solid waste disposal site, and the method comprises the steps: collecting multi-dimensional site selection reference data for a target site selection task; the multi-dimensional site selection reference data comprises multi-dimensional spatial data and multi-dimensional basic investigation data; according to the multi-dimensional spatial data, GIS spatial analysis operation is executed, and a GIS spatial evaluation result including a candidate site range and a visual classification map is obtained; based on the risk assessment condition, according to the multi-dimensional basic survey data, generating a risk matrix recording risk levels corresponding to the plurality of candidate sites; and determining the optimal site of the target project according to the GIS space evaluation result and the risk matrix. Therefore, by implementing the method, the comprehensiveness and reliability of project site selection evaluation can be improved, and a scientific and reliable evaluation basis is provided for project site selection, so that the environmental safety and sustainable development of the region where the project is located are guaranteed.

The application provides a kind of based on artificial intelligence and realizes the perception and optimal decision scheduling method and system of complex engineering environment, it is related to computer vision technical field, by constructing the comprehensive decision model based on image processing, environment perception and prior knowledge, realize the autonomous optimization and decision of scheduling task in engineering project environment.The high based on artificial intelligence and realizes the perception and optimal decision scheduling method of complex engineering environment of the application specifically includes: collecting the panoramic image of engineering project site and obtaining project BIM data;Based on panoramic image and BIM data, the starting position candidate area weight graph in material scheduling process, material end position candidate area weight graph and space scheduling weight graph are constructed;According to starting position candidate area weight graph, material end position candidate area weight graph and space scheduling weight graph, the optimal scheduling decision is obtained;The optimal scheduling decision is sent to tower crane control room and ground control personnel.Through the above steps, the global, dynamic planning of engineering project material distribution task is realized.

The invention provides an equipment configuration method and device and computer equipment. The method comprises the following steps: generating project configuration resources based on different areas of a project site, and pre-storing the project configuration resources; determining a target area in the project site according to the position information of the target equipment; acquiring equipment information corresponding to the target area in pre-stored project configuration resources; identifying product information of the target equipment; and sending the equipment information to the target equipment to complete automatic configuration, and storing a configuration relationship between the product information and the equipment information. The project configuration process of the equipment can be automatically realized, and the equipment can be put into use after being installed, so that a large amount of tedious operation of repeatedly performing field debugging configuration is avoided, and the system is ensured to be timely applied and implemented in an actual project.

The invention discloses a visual management method for on-site construction of a construction project perceived by the Internet of Things, and belongs to the technical field of construction engineering management. Comprising the following steps: constructing a digital twin base model; deploying a multi-mode Internet of Things sensing network and performing data semantic mapping; creating and driving a dynamic digital twinborn body in real time; constructing and solving a construction element coupling risk potential field model; a transmissive visual interaction is provided. Dynamic elements of a construction site are abstracted into'potential points' carrying instantaneous risk potential, and interaction force among the potential points and composite risk potential of any point in space are calculated in real time through a mathematical formula defining risk gravitation and safety repulsive force. By solving the model, the method can quantify and visualize a dynamic composite risk generated by superposition of a plurality of risk sources, realizes predictive early warning from an event result to a risk cause, and can generate a navigation type optimal risk avoiding path instruction.

The invention discloses a system and a method for associating cloud data with a virtual three-dimensional engineering scene in real time. The method comprises the following steps: establishing a virtual BIM three-dimensional engineering scene according to design data and project site requirements; the virtual BIM three-dimensional scene is published in a graphic engine with GIS data; network connection equipment is arranged on a target object on site and used for detecting on-site real-time data; the data and the state of the detected object are obtained through the network connection device, the remote control end receives the data of the target object network connection device to update the cloud data, and the cloud data are fed back to the virtual three-dimensional engineering scene in real time. According to the invention, real-time association and feedback of the field detection data and the virtual three-dimensional engineering scene can be realized, the timeliness and accuracy of the data are improved, and it is ensured that managers know the field condition in real time. According to the system, cloud data, a virtual three-dimensional engineering scene and network connection equipment are combined, dynamic monitoring and intelligent management of an engineering project are achieved, and project safety and execution efficiency are improved.

The invention belongs to the technical field of project management, and particularly relates to a project material management system and method, a readable storage medium and a program product, and the system comprises a site screening module and a material delivery module. Wherein the site screening module is configured to receive contract information and site information corresponding to the system; and according to the contract information and the site information, performing non-service site identification on all project sites corresponding to the system, and sending a non-service site screening result to a material delivery module, so that the material delivery module controls the corresponding non-service sites to perform material delivery. By automatically executing dual-condition screening of service sites and multi-dimensional rule matching of non-physical sites, manual operation is replaced, the site processing time of a single project is shortened from more than ten minutes to the second level, and manpower resources are saved; meanwhile, based on automatic judgment of the preset rule, errors caused by deviation of manual rule understanding are avoided.

The invention relates to an environmental engineering project construction period schedule real-time management and control method, device and equipment and a medium. The method comprises the steps of collecting multi-source heterogeneous data of an environmental engineering project site and performing space-time alignment processing to generate a project real-time state data cube; based on the project real-time state data cube, predicting an environmental performance indicator track under a preset specific construction strategy through an environmental process dynamic prediction model; solving an optimization problem through a model prediction controller, and generating a control action adjustment sequence of resource configuration on the premise of meeting the environment quality hard constraint; and in combination with a preset action-instruction mapping table, generating a construction instruction and performing scheme rehearsal, and generating a construction process scheduling and resource scheduling updating scheme. By adopting the method, environment monitoring and construction period scheduling can be coupled in real time, the construction strategy is dynamically adjusted, and the problems of response lag, resource waste, environmental risk and the like in traditional static management are effectively solved.

This invention discloses a visualization AR construction method for large-area pipeline installation in ultra-high-rise buildings and a pipeline position detection and correction device, belonging to the field of pipeline installation technology. The visualization AR construction method for large-area pipeline installation in ultra-high-rise buildings includes the following steps: S1, model composite confirmation; S2, project site information web entry; S3, setting QR codes at corresponding points on site; S4, AR model effect display; S5, AR model precise calibration; S6, AR model guiding pipeline construction. This application utilizes an application, eliminating the need for downloading and installation; users simply open the application for convenient use. Furthermore, when guided by the virtual reality system, the user can see the distribution of all installed pipelines by displaying the model, thus avoiding pipeline collisions during actual installation.

The application discloses a method for early-stage business cooperation of key projects, comprising the following steps: 1) collecting current key project information, including project basic information, spatial geographic information, industrial layout information, supporting facility information, environmental impact information and policy and regulation information; 2) constructing a key project map based on the current project information by using a geographic information system; 3) in the project planning stage, planning a key project in line with a regional development strategy based on the key project map; in the project site selection stage, determining a project site selection scheme by considering land utilization, traffic conditions and environmental impact factors based on the key project map; and in the project approval stage, an approval party calls project spatial information and related data in the key project map to approve the project site selection. The application forms a planning leading project generation and key project early-stage business cooperation mechanism, and provides protection for key project spatial resource element management.

The invention discloses a steel structure three-dimensional space positioning control method, which belongs to the technical field of steel structure manufacturing and assembling, and comprises the following steps: S1, establishing a three-dimensional control point model of a component in CAD (Computer Aided Design); s2, measuring three-dimensional coordinates of component control points by using a total station on a component assembling site; s3, connecting the total station with a computer through Bluetooth, and transmitting coordinate data to the computer in real time; s4, reading coordinate data by using CAD, comparing the coordinate data through a program, and automatically outputting a deviation value to a position near a model control point; the relative measurement technology is used, and an absolute coordinate system is not needed, so that a measurement net does not need to be arranged on a project site, and the method is not affected by the site; a total station is adopted to directly measure coordinates, station transfer is convenient and easy to operate, and the method is particularly suitable for high-strength assembling operation; deviation between a measuring point and a theoretical model is displayed in real time through software data processing, the spatial position of the assembly component is adjusted efficiently and conveniently, meanwhile, the assembly precision is high, and the project construction period is shortened.

The invention discloses a multi-dimensional early warning method and system based on power grid project implementation, and the method comprises the steps: focusing on the consideration of the synergistic effect among microbial corrosion, atmospheric salt mist and tide soaking in a project site selection stage, generating a corresponding corrosion score, entering a project construction stage, precisely quantifying the standardization level of construction, and generating a corresponding coordination index. In the project operation stage, the mechanical state of the iron tower structure is monitored in real time, corresponding load indexes are generated, and evaluation on multiple dimensions in the power grid project implementation process is achieved by comparing the scoring indexes with preset threshold values. According to the method, multiple dimensions in the power grid project implementation process can be evaluated, the comprehensiveness of project early warning is effectively improved, the occurrence position of project implementation abnormity can be accurately judged, and the implementation safety of the intelligent early warning project is effectively improved.