22 results about "Spatial database" patented technology

The application provides a geological big data storage structure construction method, comprising: inputting engineering investigation data, regional geological data, groundwater data and three-dimensional geological model data generated by a data acquisition end into a geological big data center for storage; the geological big data center standardizes the engineering investigation data, the regional geological data, the groundwater data and the three-dimensional geological model data and stores them into a structured non-spatial database, a structured spatial database and an unstructured database of the geological big data center; a geological big data service center constructs standard services of the structured non-spatial data, the structured spatial data and the unstructured data and sends them to a data application end. The data big data center standardizes data management, classifies and converts data and stores the data in different areas, so that the purpose of multi-end synchronization and use is achieved.

This invention relates to the field of mineral deposit exploration technology, specifically disclosing a method for determining the extension of magmatic hydrothermal deposits using fluid inclusions. The method involves collecting mineral samples containing fluid inclusions from the target deposit and its surrounding area using a systematic grid. Physicochemical parameters are obtained through petrography, microthermometry, and isotope analysis, and a spatial database is established. Multiple initial hydrothermal centers are identified. A multi-dimensional spatial constraint field is constructed, incorporating temperature-salinity-isotope gradients, mineralization depth, and magma-water mixing ratio. Using the initial centers as seed points, a neighborhood search is performed along the gradient synthesis direction. Sub-hydrothermal centers are generated and continuously grow when preset conditions are met, until an overlap threshold is reached, at which point iteration stops. All hydrothermal centers and growth paths are integrated to construct a spatial extension model. High-potential areas are screened using a target area evaluation index, and the extension direction and potential mineralization target areas are determined by combining the mineralization depth. This significantly improves the accuracy of concealed ore body prediction and the efficiency of mineral exploration.

This application provides an oil and gas exploration spatial database system and a spatial data management method, relating to the field of database management technology in petroleum seismic exploration. The system includes: a data interface that receives various data requests from the oil and gas exploration business system; a unified object wrapper that encapsulates different types of spatial objects, identifies and parses the attribute information of each spatial object, converts it into a database-recognizable format, and restores it to the original spatial object type during data output; a data driver that interacts with the underlying database and executes data operation instructions; storage and retrieval of spatial data based on attribute information; a model object table structure that stores oil and gas exploration spatial data; an extended database that uses PostgreSQL as the underlying database and integrates PostGIS extensions; and a feature synchronization process that synchronizes spatial data features from the original table to a feature table, monitors changes in spatial data in the original table in real time, and updates corresponding information in the feature table in a timely manner, significantly improving the efficiency and quality of seismic exploration data synchronization and management.

This invention discloses a method, device, equipment, and medium for monitoring and early warning of agricultural food-water-energy-carbon emissions, belonging to the field of smart agriculture technology. The method includes: acquiring production big data of a target area; performing spatial registration based on the production big data and corresponding units in a preset static basic spatial database to construct a performance-environmental condition paired dataset; inputting the performance-environmental condition paired dataset into a causal inference engine to identify direct environmental factors that have a direct causal relationship with crop yield, and eliminating interference factors that only have a correlation relationship, generating a set of sensitive factors for triggering early warning; based on the set of sensitive factors, using a threshold search algorithm to automatically identify the optimal early warning threshold for each key factor affecting crop yield; and monitoring energy crops in the target area based on the set of sensitive factors and the corresponding optimal early warning threshold to obtain monitoring results. This application realizes the monitoring and early warning of land, food, energy, and carbon emissions.

This invention relates to the field of regional soil pollution health risk assessment technology, and more particularly to a method for regional soil pollution health risk assessment based on POI data. The method first acquires and preprocesses multi-source heterogeneous data to construct a POI spatial database; then, it uses Kriging spatial interpolation to generate a raster layer showing the spatial distribution of pollutant concentrations; next, it combines kernel density estimation and dynamic weight correction to construct a population activity intensity index surface; subsequently, it dynamically generates exposure assessment units to calculate the daily average exposure dose via multiple pathways for different age groups; finally, it quantifies the health risks via multiple pathways, generates a risk level distribution map, and identifies the dominant POI category in high-risk areas. This invention achieves deep fusion of multi-source data, accurately characterizes the correlation between population activity features and pollution exposure, improves the accuracy and adaptability of the assessment, and provides a scientific basis for pollution prevention and risk management.

This invention discloses a data processing method and system based on digital twins, belonging to the field of information technology. It includes: multi-source heterogeneous data acquisition and preprocessing, constructing a static spatial database for water plants and real-time access to dynamically sensed data; multi-precision hierarchical modeling, establishing a digital twin model covering geometric topology and semantic attributes; high-fidelity virtual scene construction and optimization, coupling water quality parameters into a water body rendering model to achieve physically driven visual representation; virtual-real fusion interaction and dynamic mapping, achieving real-time binding of sensor data and 3D model attributes through a data platform; and multi-dimensional business logic processing and decision analysis, constructing business modules such as energy efficiency optimization and pipe burst location. This invention solves the data silo problem through semantic fusion and achieves a balance between high-fidelity rendering and real-time interaction through hierarchical modeling and dynamic scheduling, significantly improving the operational efficiency and decision support capabilities of the water affairs digital twin system.

This invention discloses a device for precise location of geological hazard hazard points by combining intelligent remote sensing interpretation with topographic factors. It relates to the field of geological hazard location technology and includes: a data acquisition terminal for acquiring multi-temporal synthetic aperture radar interferometric image sequences and digital elevation model data, performing spatiotemporal baseline registration to generate a temporal interferometric phase dataset, and calculating a set of topographic factors; a data processing center for separating weak deformation signals through variational mode decomposition and independent component analysis, fusing denoised deformation phase sequences and topographic factors to generate a multi-dimensional spatiotemporal feature tensor, constructing a topographic topology map, inputting it into a graph attention network model to output hazard probability values ​​and boundary confidence, determining the location of hazard points, and tracking the boundaries of hazard bodies; and a remote access terminal for performing visualization and spatial database storage. This invention effectively improves the early and accurate identification capability of large, deep landslide hazards with strong concealment and the accurate delineation capability of hazard body boundaries.

This invention discloses an off-grid multi-energy complementary spatial layout optimization method based on island topography, belonging to the field of spatial layout optimization technology. It includes: constructing a spatial database by acquiring island topographic, meteorological, and planning data; building a multi-source data consistency evaluation model based on spatial resolution, timeliness, and coordinate consistency; eliminating prohibited construction zones and identifying energy development spatially compatible units; establishing a spatial adaptation, techno-economic, and operational reliability constraint system with the dual objectives of minimizing the levelized cost over the entire life cycle and maximizing energy self-sufficiency; and using a multi-objective iterative optimization algorithm to solve for the Pareto optimal solution set, ultimately delineating the preferred areas and coordinates for wind power, photovoltaic, tidal / wave, and energy storage facilities and outputting the spatial layout plan. This invention effectively solves problems such as complex island topography, heterogeneous data, poor off-grid power supply stability, and unreasonable layout.

The application belongs to the technical field of data processing, and discloses a spatial data set range ordering search method based on grid correlation, which comprises a data processing stage and a query processing stage.

The present disclosure relates to a method and device for constructing a color space database of abutment teeth after tooth preparation. The specific implementation scheme includes: obtaining continuous color parameters of a plurality of abutment tooth samples in the Lab color space after tooth preparation; preprocessing each continuous color parameter; stratifying each continuous color parameter according to at least one lightness parameter threshold and at least one yellowness parameter threshold to generate a plurality of main color clusters; adding a correction label to each main color cluster according to at least one redness parameter threshold to obtain a plurality of color cluster combinations composed of main color clusters and correction labels; and establishing a mapping relationship between the plurality of color cluster combinations and a plurality of restoration strategies and storing the mapping relationship in a database. Thus, the problem of prediction deviation caused by relying on artificial subjective judgment of the color of the abutment tooth after preparation is solved, and a quantifiable and reproducible decision basis is provided for the design of the restoration body of the abutment tooth after preparation and the selection of materials.

The application discloses a kind of electric power survey production management method, system and storage medium, method includes: through Beidou positioning, internet of things sensor, mobile terminal and weather data interface, real-time acquisition survey data;Space database is constructed, and survey data is stored and managed;Through survey data, resource monitoring, progress tracking, cost analysis, task scheduling and safety risk early warning are carried out to survey project;Through the data display, instruction issuing and information interaction of web end management interface and mobile terminal APP, personnel equipment positioning and the accurate anchoring of risk grid are realized by hazard body-risk nature grid space matching algorithm, then through space-time exposure quantification model, fuzzy comprehensive evaluation vulnerability calculation model, disaster prevention and mitigation ability correction algorithm, reduce the false alarm rate of early warning.

Embodiments of the present application provide a geological map processing method and system based on artificial intelligence. The original geological map data set of the carbon dioxide geological storage target area is obtained. A pre-trained graphic element recognition model is called to perform graphic element feature recognition processing on the original geological map data set to generate an isogram graphic element set, a lithology pattern graphic element set, and a columnar pattern graphic element set. Attribute information reconstruction processing, coordinate correction and geometry repair processing are performed on the isogram graphic element set, the lithology pattern graphic element set, and the columnar pattern graphic element set to generate a standardized graphic element set with a unified target space reference system. The standardized graphic element set is transmitted to a target space database to perform regularized storage processing to obtain a carbon dioxide geological storage thematic map data set. The method can improve the accuracy and efficiency of carbon dioxide geological storage geological map processing.

Described herein are approaches directed to building and / or managing page layout templates associated with pages having particular page types. Some implementations relate to approaches for hierarchical page layout templates. In some implementations, a graphical page layout template editor can be provided. In some implementations, a large language model can be used to generate page layout templates. Page layout templates can include one or more modules that can define the presence and organization of blocks within a page comprising one or more blocks. Some implementations provide for a news feed that can summarize changes to pages within a workspace, teamspace, database, or other context.

This invention discloses a GIS-based method for optimizing 3D geological modeling, belonging to the field of 3D geological modeling technology. The method includes: collecting multi-source geological data of the target area, performing standardization processing, and importing the processed data into a GIS platform to construct a GIS spatial database with spatial index; using an improved K-means and DBSCAN hybrid clustering algorithm, combined with the standardized multi-source geological data, to generate a geological information feature set; using an optimized spatial interpolation algorithm that integrates geostatistics and stochastic algorithms to construct a borehole 3D model and perform geological constraint verification and correction; using a multi-coupled cascaded hybrid density network, combining the input borehole 3D model data and the geological information feature set with GIS topology analysis to generate a 3D geological body model; optimizing the 3D geological body model, iteratively correcting the model through a preset quality assessment system, and outputting an optimized 3D geological model. This invention is applicable to various high-precision 3D geological modeling scenarios.

This invention relates to an intelligent management system for underground pipeline detection, mapping, and geographic information, comprising a data acquisition terminal, edge computing nodes, and a cloud platform. The data acquisition terminal collects raw observation data. The edge computing nodes perform preliminary processing of the raw observation data on-site. The cloud platform includes an access layer, a computing layer, a quality layer, and a results layer. The access layer performs data unpacking, format conversion, coordinate transformation, metadata registration, and evidence storage. The computing layer performs fine processing and target identification on the full GPR (Geographic Information Mapping) data, fusion and optimization on multi-source alignments, and defect identification and structuring on CCTV (Gas Video Recording). The quality layer outputs quality inspection reports and review work orders. The results layer stores approved objects in a spatial database and establishes version and temporal records, forming a pipeline asset database. This invention effectively improves the efficiency and reliability of underground pipeline detection, mapping, and management.

A kind of urban engineering geology big data platform management method, including job management department, be configured to the input data packet information of geological database acquisition is managed and classified task;Task script is generated according to task management and the task classification;Get editing command, editing command and task script are sent to geological database;Geological database retrieves original data from geological database according to task script and the input data packet obtained;Geological database is based on watermark mechanism and window mechanism, according to editing command, it is converted to structured output data and spatial output data to structured original data and spatial original data.This application generates task script in job management department, sets up structured database, unstructured database and spatial database in geological database, classifies task script, respectively sent to each database, to improve the efficiency of original data from database retrieval.

This application discloses a method and apparatus for determining power carbon attribute factors, comprising: acquiring power carbon attribute factors of one or more power supply nodes associated with the power grid; for each power supply node, determining its corresponding geographic power supply range in a geographic information system, and storing each geographic power supply range in a database in the form of corresponding spatial surface data, while using the power carbon attribute factor as an attribute associated with the corresponding spatial surface data to construct a spatial database containing the association between geographic power supply range and power carbon attribute factors; acquiring the geographic spatial location of a specified terminal consumption point; performing a spatial query in the spatial database based on the geographic spatial location of the specified terminal consumption point to determine that the specified terminal consumption point belongs to one or more geographic power supply ranges; and determining the power carbon attribute factors associated with the geographic power supply range to which the specified terminal consumption point belongs as the power carbon attribute factors applicable to the specified terminal consumption point.

This invention relates to a method for predicting and warning the trajectory of elderly people in the community by fusing HMM-LSTM and CNN multi-source data. The method includes: S1, generating a personalized life profile with tags using a PostGIS spatial database; S2, using an HMM to train a state transition probability matrix based on the personalized life profile to predict the probability of the elderly person's behavioral intention in the next stage; S3, using LSTM to process real-time GPS sequences and physiological feature data, outputting the predicted spatial coordinates at time T; S4, capturing images of the elderly person through a community monitoring system, building an analysis model using CNN, and outputting comprehensive behavioral tags; S5, aligning the visual tags with the predicted spatial coordinates. If a logical conflict occurs between the two or an electronic fence is abnormally triggered, the system will trigger a tiered warning after assessing the abnormal behavior; S6, matching the nearest volunteer based on a GIS shortest path algorithm, which has advantages such as deeper prediction logic, multi-dimensional risk perception, and transparent response process.

This invention relates to the fields of land spatial planning, geographic information data processing, and spatial database construction. Specifically, it is a method for intelligent land spatial planning database construction based on the integration of multi-source heterogeneous data. The method includes: collecting multi-source heterogeneous spatial data, image data, and textual standard data; extracting geometric boundaries, timestamps, coordinate system precision features, semantic ontology label features, and element attributes; and dividing the space into grids. It also involves constructing a planning ontology database, identifying semantically ambiguous areas, and binding geometric boundaries; performing geometric correction and temporal smoothing based on timestamps and coordinate system precision features; overlaying detection to generate hard and soft conflict features; and performing conflict resolution based on the authority level of the data source to form a logically closed-loop database and output a data confidence heatmap. This invention can detect and correct planning contradictions during the database entry stage, reducing subsequent verification and approval costs.

This invention belongs to the interdisciplinary field of geographic information systems, spatial databases, and big data storage technology. Specifically, it discloses a structured storage method for terrain data based on multi-level grid addressing. This invention designs an innovative database table structure, mapping the two-dimensional row and column indexes of global regular grid terrain data to the database's primary key index and secondary longitude interval fields, and uses binary large object (BLOB) fields for compressed storage. This method achieves efficient organization of massive, high-resolution global raster terrain data within a single database table, achieving high retrieval efficiency, simple topology, convenient maintenance and updates, and easy integration of multi-source, multi-resolution data, fundamentally overcoming the drawbacks of traditional fragmentation methods.

This invention discloses a method and system for delineating ecological zone boundaries in complex terrain using multi-source data fusion, relating to the fields of geographic information technology and ecological protection planning. The method includes: using the boundary line in the ecological protection plan as the initial boundary line and collecting multi-source heterogeneous data to construct a unified benchmark dataset; based on the initial boundary line, sequentially overlaying natural, economic, geomorphological, national land survey, and industry management boundaries on both sides of the boundary line for spatial analysis to generate a refined boundary line for internal use; conducting on-site verification of the refined boundary line through field reconnaissance or UAV aerial photography to obtain the verified boundary line; organizing experts from multiple fields to review the verified boundary line, and establishing markers for the expert-approved boundary lines, constructing a traceable spatial database containing boundary lines, boundary markers, and attribute information to achieve the physical and information-based management of the boundary line. This invention achieves high-precision, high-compliance, and high-operability delineation of ecological protection boundaries under complex terrain conditions.