18 results about "General plan" patented technology

The invention provides a control detailed planning examination method and system, and relates to the technical field of territorial space planning, and the method comprises the steps: obtaining a conduction path of a plurality of conduction elements in a conduction process from overall planning to control detailed planning; decomposing the conduction elements into a plurality of divided detailed planning units to obtain a management and control basic library of each detailed planning unit; and constructing an automatic review rule based on the conduction path, and reviewing the compiled detailed control planning result by using the automatic review rule to obtain a detailed control planning review result. According to the method, the planning review objectivity can be improved, and the planning review efficiency and review accuracy are improved.

The invention provides a carbon neutralization zoning simulation method, system and device based on a smart city, and relates to the technical field of carbon neutralization simulation, and the method mainly comprises the steps: carrying out the planning zoning of a map of a tested city; calculating the carbon emission of each partition and carrying out visualization processing to obtain geographic space data; calculating the carbon sink amount of each partition; collecting output value basic data of each industry of the detected partition and marking the output value basic data in geographic space data; carbon emission basic data, carbon sink basic data and output value basic data which are regularly acquired by a smart city system are stored in a smart city database based on a time sequence; predicting the future carbon emission, carbon sink and output value of the measured subarea; constructing a time sequence dynamic optimization model, and solving an industrial area layout scheme through a parallelization genetic algorithm; and generating suggestion information. According to the scheme, a quantifiable and adjustable carbon management tool is provided for overall planning of urban territorial space, and the scheme is particularly suitable for low-carbon planning and treatment of high-density coastal cities.

The invention discloses a land space planning physical examination supervision and monitoring and planning dynamic maintenance decision-making system based on AI + knowledge graph, and the system comprises a data collection and preprocessing module which is used for collecting and preprocessing multi-source heterogeneous data related to the implementation of land space planning; the dynamic maintenance rule knowledge graph construction module is used for combining the collected historical multi-source heterogeneous data with policy specifications, planning knowledge and expert experience on the basis of an artificial intelligence technology and in combination with an urban physical examination index system, and constructing a dynamic maintenance rule knowledge graph oriented to territorial space overall planning; the three-degree index evaluation module is used for dynamically evaluating the urban physical examination data through feature modeling and time sequence analysis; the dynamic maintenance rule intelligent diagnosis module is used for performing multi-dimensional feature modeling and dynamic diagnosis on the evaluation result based on a knowledge graph and deep learning fusion mechanism; and the dynamic maintenance rule matching module is used for inputting the diagnosis result into the constructed knowledge graph to generate an intelligent decision.

The invention discloses an automatic generation method of a general plan design scheme drawing of a natural gas pressure regulating station, comprising the following steps: S10, rasterizing vector data of an original land use range and converting the data into a land use range discretization matrix; S20, selecting components in a basic functional component set according to the horizontal clear distance and mutually exclusive relationship between the components for combination to obtain a component drawing; S30, randomly laying out the component drawing within the land use range; S40, automatically screening all generated random layout schemes to obtain a feasible layout scheme; S50, selecting components from a composite functional component set and adding them to the component drawing until there are no selectable components in the composite functional component set or the remaining land use area is less than the remaining component area, thereby obtaining a final layout scheme; S60, automatically drawing the components in a vector drawing software according to the center point coordinates and rotation angle of each component in the final layout scheme, and forming a final general plan design scheme drawing of the natural gas pressure regulating station.

The application provides a control detailed planning examination method and system, relates to the technical field of land space planning, and comprises the following steps: acquiring a transmission path of a plurality of transmission elements in a transmission process from overall planning to control detailed planning; decomposing the transmission elements to a plurality of divided detailed planning units to obtain a management and control basic database of each detailed planning unit; constructing an automatic examination rule based on the transmission path; and examining a completed control detailed planning result by using the automatic examination rule to obtain a control detailed planning examination result. The application can improve the objectivity of planning examination, and improve the efficiency and accuracy of planning examination.

The invention discloses an intelligent production scheduling method for a high-speed railway box girder precast yard. The method comprises the steps that a girder erection general plan is compiled; according to the girder erection total plan, an intelligent scheduling method is adopted to obtain a preliminary girder manufacturing monthly plan production scheduling scheme, an optimal scheme is obtained by adjusting the girder erection total plan and the girder manufacturing monthly plan, a girder manufacturing task sand table is set, site constructors can access and know girder manufacturing tasks, and the girder manufacturing task sand table is set. On-site constructors can access and understand the beam manufacturing task; according to the beam manufacturing pre-plan, a prefabricated box beam is constructed in cooperation with a BIM intelligent building method; recommending a girder moving pedestal scheme according to the girder manufacturing monthly plan and the constructed box girder; and beam erecting operation is carried out according to the beam erecting plan, and beam erecting operation is displayed and fed back through a slope graph. According to the method, the corresponding production scheduling scheme is automatically generated, a flexible adjustment mechanism is provided, accurate guidance of a planning system is provided for the site, and the working efficiency and the compiling quality of the site are improved.

The invention discloses a building spacing intelligent calculation method based on a spacing standard analysis model. The building spacing intelligent calculation method comprises the following steps: S1, normalizing a designed building scheme general plan; s2, calculating an effective building height; s3, extracting an effective building outline range, removing parts which do not need to participate in building spacing calculation from the building outline range, and extracting an effective building outline range which is reserved to be included in spacing calculation; s4, generating a convex hull of the effective building contour; s5, generating a minimum bounding rectangle corresponding to the convex hull according to the convex hull generated in the step S4; s6, determining a minimum spacing standard under different conditions; s7, calculating the minimum distance of the building under different conditions in the design scheme; and S8, a calculation result is generated, if the minimum building distance obtained through calculation in the step S7 is larger than or equal to the corresponding minimum distance standard in the step S6, the distance meets the standard requirement, and otherwise, the design does not meet the standard requirement.

The invention discloses a city vertical overall planning method and device, equipment, a medium and a product. The method comprises the steps of obtaining current situation basic data and planning basic data of a target city; according to the current situation basic data and the planning basic data, determining the lowest construction elevation of each region in the target city based on flood risk assessment; under the constraint of the lowest construction elevation, performing vertical planning partition division on the target city according to a preset partition division element and a partition division principle; and formulating a corresponding partition management and control strategy for each vertical planning partition. By the adoption of the technical means, global vertical planning and global overall planning of the city can be achieved, the problem of fragmentation of vertical planning of the oversized and extra-large city is solved, the use efficiency of urban space resources is improved, and flood disasters are effectively dealt with.

The present invention discloses a multi-point multi-view video fusion method and system based on a general plan, which involves the fields of digital construction supervision, etc. The method includes: full-coverage monitoring point planning and equipment layout based on the general plan of the project; monitoring area division based on the height stratification of the building space; multi-angle video fusion in the local monitoring area; extraction of key areas of the local fusion video; regional filling fusion based on the project plan as the base map; rapid increase or decrease of camera images to fill in blind spots or remove duplicates; color balancing, seam removal and fusion optimization processing of multi-region video edges. The present invention effectively solves the dependence of multi-point multi-view video fusion on three-dimensional models and the cumbersomeness of frequent updates of three-dimensional models due to the complex and changeable construction site environment; realizes the synchronous supervision and dispatching command of multiple construction work surfaces, road surfaces, storage yards, etc. within the jurisdiction of the project, improves the supervision ability and efficiency; and has high practicality and universality.

The application discloses a kind of general plan value curve management methods, by obtaining power plant plan value operation mode, establish plan value curve model;Set the relevant receiving analysis parameters of remote plan value curve, configure local plan value curve and set mode according to calendar;Configure exception handling strategy;Receive dispatch issued remote plan curve, read local plan value curve;Carry out the real-time update of plan value, and detect abnormal state and according to configuration strategy carry out abnormal value processing;Through multilevel instruction source switching logic, determine duty instruction source;Finally, output plan value from duty instruction, and carry out forwarding and remote control export function.The application can provide flexible plan value curve management function for various power plants, energy storage power station, support multiple instruction source input, calendar mode set local plan, configurable exception handling strategy and multilevel instruction switching logic, realize real-time remote control forwarding multiple functions.

The present invention discloses a method and system for calculating the plot ratio of a newly built residential unit in a city. First, a newly built residential unit area to be calculated is selected, and the basic condition data corresponding to the newly built residential unit area to be calculated is matched with a constructed truth table to obtain the plot ratio range of the newly built residential unit area to be calculated. Based on the location data and population data in the basic condition data, the plot ratio floating coefficient of the newly built residential unit area to be calculated is calculated. According to the plot ratio range and the plot ratio floating coefficient, the fitness function of the planning unit and the overall planning strength is determined. The fitness function is input into the genetic algorithm iteration to calculate multiple initial plot ratios of the newly built residential unit area to be calculated, and each initial plot ratio is compared to obtain the final plot ratio. Through the above method, the plot ratio of the newly built residential unit area is calculated, and the accuracy of the calculation result is improved.

The invention provides an urban design general plan rendering model training method based on a diffusion model, which comprises the following steps of: constructing an element level-expression level two-level four-class label set, labeling widely collected urban design general plans based on the label set to form a sample library, and performing LoRA model fine tuning training based on the sample library. Based on the trained model, a general plane color graph can be quickly rendered and generated according to a multi-scale and multi-depth planning and design general plane graph scheme draft, frequent adjustment and expression of a planning and design scheme are facilitated, and effective support is provided for efficient development and communication of planning and design services.

A specific plan for traversing a lattice of a geographic region is generated and provided to an autonomous vehicle. A general plan that includes the lattice and a planned sequence of operator traversal data of the lattice is received. Actual operator traversal data used to traverse the geographical region is determined. A tolerance range that defines an allowable deviation from the general plan is determined. A first subset of the actual operator traversal data that is within the tolerance range and a second subset of the actual operator traversal data that is not within the tolerance range is determined. A specific plan for traversing the geographical region is formulated based on the first subset of the actual operator traversal data that is within the tolerance range. The specific plan is provided to the autonomous vehicle for controlling traversal of the geographical region by the autonomous vehicle.

The application discloses a kind of big data empowerment city construction planning dynamic optimization method, it is related to wisdom city technical field, including, fusion multi-source heterogeneous real-time data stream, construct and physical city synchronous evolution digital twin;Analysis city overall planning text, generate planning intent knowledge graph;In digital twin, utilize planning intent knowledge graph to drive multi-agent to carry out autonomous simulation and decision deduction, output planning decision instruction set;Planning decision instruction set is carried out executability verification and serialization, and is issued to physical city execution unit, and execution effect is fed back to digital twin and is continuously optimized.The application utilizes planning intent knowledge graph to drive multi-agent to carry out concurrent simulation and strategy evolution in digital twin, by real-time calculation decision influence on intent atom achievement degree and dynamically adjust each agent strategy, realized the collaborative optimization under multi-objective conflict and Pareto frontier convergence.

The invention relates to the technical field of immigrant settlement, in particular to a method for determining the ultra-deep foundation engineering quantity of immigrant settlement points of a pumped storage power station, which comprises the following steps of: determining the number of house types according to a general plan and single settlement point house type schematic, analyzing single house types of a plurality of immigrant settlement points, and pre-estimating pile spacing; calculating the number of single pile foundations according to the pile spacing; calculating the pile length; and based on the determined house type number, the pile foundation number and the pile length, the total pile foundation concrete engineering amount and the pile foundation steel bar engineering amount of the installation point are calculated. According to the method, factors such as the number of different house types, the structural form and the depth of the covering layer in the site of the immigrant settlement point are considered, the total project amount of the ultra-deep foundation can be accurately estimated, data basis and reference are provided for subsequent design, and the problem that the cost is seriously over-budgeted due to the fact that the project amount is seriously over-budgeted in the actual implementation process can be avoided as much as possible.

The application provides a carbon neutralization partition simulation method, system and device based on a smart city, relates to the technical field of carbon neutralization simulation, and mainly comprises the following steps: planning and partitioning a map of the measured city; calculating the carbon emission of each partition and performing visual processing to obtain geographic spatial data; calculating the carbon sink of each partition; collecting the output value basic data of each industry in the measured partition and marking the output value basic data in the geographic spatial data; storing the carbon emission basic data, the carbon sink basic data and the output value basic data collected by the smart city system regularly in the smart city database based on time sequence; predicting the future carbon emission, the carbon sink and the output value of the measured partition; constructing a time sequence dynamic optimization model, solving the industrial area layout scheme through a parallel genetic algorithm, and generating suggestion information. The scheme provides a quantifiable and controllable carbon management tool for urban land space overall planning, and is especially suitable for low-carbon planning and management of high-density coastal cities.