26 results about "Project engineering" patented technology

The invention discloses an automatic design method and system based on BIM software. The method comprises the following steps: initializing an adaptation layer dynamic link library, and establishing a parameter transmission channel with BIM software; preparing BIM design data, registering a basic task in BIM software based on the BIM design data, and establishing a standardized project directory; establishing a parameterized set of tasks which can be automatically modeled; serially arranging the task set into a task list according to design logic, and recording the task list to a project project; and calling the adaptation layer interface through the parameter transmission channel to drive the BIM software or a professional application module in the BIM software to complete automatic modeling. According to the method, the engineering design rule is solidified into the accurate task sequence by calling the BIM software or the interface of the professional application module in the BIM software, automatic execution of the whole process is achieved, the technical problems that manual operation efficiency is low and an existing RPA technology cannot process complex BIM design logic are solved, and design efficiency and quality are remarkably improved.

The invention discloses a debugging environment building method and device based on local development and a storage medium, and the method comprises the steps: building a debugging tool directory at a preset storage position independent of a project project according to a debugging environment building demand of the project project; newly establishing a soft link between the catalog of the project project and the debugging tool catalog, and virtually integrating the debugging tool catalog to a path of the project project through the soft link; in response to a starting operation of the project engineering, loading a debugging code of the debugging tool directory through the soft link; and executing the debugging code so as to modify the project operation configuration data of the project project to realize the debugging of the project project. According to the method, the independent debugging catalog is established, soft link integration is utilized, the debugging codes are automatically loaded and executed to modify running configuration when the project is started, and the technical effects of efficient construction, flexible debugging and mistaken submission prevention of the debugging environment are achieved.

The invention discloses an earthwork engineering quantity calculation method and device based on a geologic model. The method comprises the steps of obtaining an initial geologic model corresponding to a project, designing an elevation surface and a partition boundary, and obtaining point cloud data obtained by project field scanning; generating a first geologic model; based on the design elevation surface and the partition boundary, performing partition processing on the first geologic model to form a partition geologic model, and determining an expected excavation geologic body of each partition; determining a current situation terrain surface based on the point cloud data, segmenting each expected excavation geologic body of each partition into an upper part and a lower part by using the current situation terrain surface, and performing grid repair on the grid corresponding to the excavated geologic body and the grids corresponding to the remaining geologic bodies when a second preset condition is met to obtain a repaired geologic model; and determining the earth-rock engineering quantity based on the repaired geologic model. According to the method, the efficiency and the accuracy of calculating the earthwork amount in civil engineering construction are improved.

The invention provides a nuclear energy engineering construction performance calculation method and system and a readable storage medium, and the method comprises the steps: carrying out the coding of a project amount, and enabling a code to at least comprise a type code used for identifying the type of the project amount; selecting a corresponding entity engineering quantity metering model according to the type code, wherein the metering model comprises a first model for a bulk item class and a second model for an equipment module class; on the basis of the selected metering model, entity engineering quantity data are collected, nuclear engineering exclusive correction factors are introduced for coupling calculation, so that an entity engineering performance value is obtained, and the correction factors comprise a quality compliance factor, a technical difficulty factor and a security constraint factor; comparing the entity engineering performance value with a plan reference to obtain a completion deviation rate; dynamically correcting the management performance initial value by using the completion deviation rate to obtain a construction management performance value; and performing weighted coupling on the entity engineering performance value and the construction management performance value, and outputting a comprehensive performance value P.

The invention discloses a method for low-carbon grade judgment and process optimization in foundation grouting reinforcement. The method comprises the following specific steps that firstly, engineering data of a completed grouting project are obtained; step 2, carbon emission accounting is carried out; 3, calculating a carbon strength index; step 4, carrying out low-carbon grading by adopting a quartile method; and 5, after the low-carbon grade of the grouting reinforcement project is judged, the process corresponding to the actual project is optimized. According to the method, the greenhouse gas emission amount corresponding to the unit reinforcement effect is constructed as the carbon strength index, the foundation grouting reinforcement effect and the carbon emission are directly combined, and a quantifiable low-carbon standard is provided for the grouting technology. And an engineering project is subjected to low-carbon grading by adopting a quartile method. According to the method, the carbon emission and the reinforcement effect are coupled, and a decision basis is provided for green bidding and process optimization.

A method and system is provided for automatic generation of an engineering program for an engineering project. The method includes generating a name graph based on an analysis of a plurality of engineering projects. The method further includes generating a plurality of knowledge graph templates for the plurality of processes implemented in the plurality of engineering projects. Furthermore, the method includes receiving a process and instrumentation diagram associated with the engineering project. The method further includes—determining a set of processes in the engineering project based on an application of an image processing algorithm on the process and instrumentation diagram. The method further includes generating an engineering program for the set of engineering objects of the engineering project based on a set of knowledge graph templates.

The invention relates to the technical field of data processing, in particular to a cost management system for multi-project engineering, which comprises an acquisition module, a judgment module, a determination module, a sorting module, an adjustment module and an output module. According to the method, various key data in the project implementation process are collected in real time, and the temporary project is judged through the total cost deviation; calculating a sub-item deviation formed by two key costs of consumables and manpower, and analyzing the fluctuation of the sub-item deviation in a time sequence to determine a target item; finally, a project list is obtained by combining deviation dominant type judgment and multi-dimensional comprehensive sorting, and meanwhile, a threshold value is dynamically adjusted according to historical data, so that the system can adapt to various actual conditions; the problems of low recognition accuracy and recognition lagging of projects with abnormal cost caused by excessive dependence on static data and incapability of adapting to variable actual projects are effectively solved.

The application discloses a kind of based on geological model's earthwork quantity calculation method and device.Method includes: obtaining the initial geological model corresponding to project engineering, design elevation surface, partition boundary, obtains the point cloud data obtained by project engineering field scanning;First geological model is generated;Based on design elevation surface and partition boundary, first geological model is partitioned and handled to form partitioned geological model, and the expected excavation geological body of each partition is determined;Based on point cloud data, current topographic surface is determined, and each expected excavation geological body of each partition is divided into two parts by using topographic surface, when meeting second preset condition, grid repair is carried out to the grid corresponding to the geological body that has been dug and the grid corresponding to remaining geological body, to obtain the geological model that is repaired completely;Based on the geological model that is repaired completely, the earthwork quantity is determined.The application improves the efficiency and accuracy of calculating earthwork quantity in civil engineering construction.

The present application relates to the technical field of data processing, and more particularly to a cost management system for multi-project engineering, which comprises an acquisition module, a determination module, a determination module, a sorting module, an adjustment module and an output module. The present application determines temporary projects by real-time acquisition of various key data in the project implementation process and overall cost deviation; further calculates the sub-item deviation of the two key cost components of consumables and manpower and analyzes the volatility of the target project in the time sequence; finally, the project list is obtained by combining the deviation dominant type determination and multi-dimensional comprehensive sorting, and the threshold is dynamically adjusted according to the historical data, so that the system can adapt to various actual situations, effectively solving the problems of low recognition accuracy and recognition lag of cost abnormal projects caused by excessive dependence on static data and inability to adapt to changing actual projects.

The invention discloses a sub-item cost prediction method and device based on label driving and a storage medium, and relates to the technical field of project cost prediction, and the method comprises the steps: collecting target project feature information, matching corresponding option labels for the target project feature information according to a preset classification rule, processing the labels through feature coding, and generating labeled features. And then, disassembling the target project into each sub-item project, calling a target model corresponding to each sub-item, and predicting the unit price of each sub-item in combination with the tagging features to obtain a target unit price. And through a deterministic calculation rule, target unit price and project quantity data are coupled, and sub-item project cost summary data are output. And finally, based on error distribution information obtained by model training, adjusting the cost summary data, and calculating to obtain a prediction result of the total cost of the project. The problem that the efficiency of frequently modifying indexes of an early-stage scheme and the cost prediction precision are difficult to balance is solved through feature tagging, item splitting and unit price pre-processing, cost calculation and error tuning feedback.

The application discloses an oil and gas storage and transportation station engineering project management business data integration method, which comprises the following steps: S1, identifying business processes and business activities in the business field of oil and gas storage and transportation station engineering project management, abstracting engineering project management business entities, and constructing an engineering project management business logic architecture; S2, obtaining associated business documents in each business activity; S3, extracting data items of the business documents, and abstracting engineering project management business data entities; S4, analyzing the association relationship between the business data entities and the business entities, and establishing an engineering project management business data architecture; and S5, according to the association relationship between the engineering project management business data entities and the business entities, identifying key identifiers of the engineering project management business data entities, constructing an engineering project management business data theme, and forming engineering project management data assets. The project engineering business management complexity is reduced, and the engineering project management business integration degree is increased.

The present application relates to a kind of engineering cost data sensitivity index intelligent analysis method and system, belong to engineering cost intelligent analysis technical field, a kind of engineering cost data sensitivity index intelligent analysis method, comprising: collection historical project engineering data and constructs historical index library;Based on historical index library, constructs sensitivity analysis model;Using the model, the sensitivity analysis of historical project engineering data is carried out, and sensitive index is obtained;Based on sensitive index, the target value of new project limit is calculated;Based on sensitive index, the analysis of new project engineering data is carried out, and engineering optimization point is obtained;According to limit target value and engineering optimization point, generate intelligent analysis result.The problem that traditional engineering cost analysis is not accurate, and the rationality of cost prediction is insufficient is solved.

The invention discloses a task processing method and device based on an AI large model and a storage medium, and relates to the technical field of artificial intelligence, the disclosed task processing method based on the AI large model comprises the steps that in a display interface, a dialogue picture of an intelligent assistant and an engineering picture of a target integrated development environment are displayed, the dialogue picture comprises a first area and a second area; in response to a sending operation of the development demand description information in the first area, displaying a development task obtained by planning of the AI large model based on context information associated with the development demand description information and the target project instance in a second area; and in response to a trigger operation of a control associated with the development task, displaying an execution result of the development task on the engineering picture, and displaying a response result of the execution result in the second area. The method aims at improving the development efficiency of project engineering and shortening the development period of the project engineering.

The invention provides an automatic filing and sorting method and system for engineering data of a power grid technical improvement project, and the method comprises the following steps: constructing a mapping relation between the characteristics of the engineering data and a project implementation stage, and forming a filing and sorting rule; obtaining a storage main path input by a user through an informatization tool, and automatically generating a standardized multi-level folder structure under the main path according to the project implementation stage; the informatization tool analyzes a source file input by a user to determine a corresponding relation between the source file and the archiving arrangement rule; according to the corresponding relation, the source file is stored in a corresponding folder in the multi-level folder structure; and the informatization tool traverses the multi-level folder structure in which the source file is stored, and automatically generates a directory list describing the folder structure and the file position. According to the method, automatic, standardized and accurate archiving of power grid technical improvement project engineering data is effectively improved.

The invention relates to the technical field of power distribution operation and inspection center power utilization project management, and discloses a power distribution operation and inspection center power utilization project acceptance management and control method, which comprises the steps of newly establishing an approval process, filling a plan list, distributing the filled plan list to a user, and logging in a system by the user. All to-do lists in a project are distributed in advance according to user information, then a user completes the to-do lists and power consumption project acceptance of a power distribution center, finally the completed power consumption project is stored in a management and control center system, a power consumption project calling and modifying interface is reserved, and user operation records are stored in a management and control center. Power distribution and utilization project operation of a user is monitored in real time, the project acceptance data maintenance accuracy and efficiency are effectively improved, and the benefits of a power grid are ensured.

The invention relates to a rail transit integrated project engineering general use case set maintenance method, a medium and a device, and the method comprises the steps: obtaining an engineering general use case set under a current baseline, injecting a new demand description, carrying out the fuzzy matching of the new demand description, covering the new demand description, and obtaining a use case set draft; obtaining an implementation attribute of a function associated with each use case, and performing product design attribute interaction and strategy optimization on the use case set draft to obtain a strategy optimization use case set; extracting data configuration information of a function associated with each use case, and adjusting a test strategy of the strategy optimization use case set to obtain a test strategy use case set; obtaining defect records of each use case, performing statistical analysis, and perfecting and simplifying the test strategy use case set to obtain an optimized engineering general use case set; and taking the optimized engineered general use case set as the engineered general use case set under the new baseline, and completing maintenance of the engineered general use case set. Compared with the prior art, the maintenance efficiency is remarkably improved.

The present application relates to project engineering measurement management technical field, specifically, the present application relates to a kind of project engineering measurement management method and system based on cloud, including acquisition construction site image, three-dimensional point cloud data and electronic drawing and transmission to cloud server, utilize natural language processing and knowledge graph technology to process electronic drawing and obtain semantic knowledge graph, utilize computer vision model and relevant algorithm to process the data collected, identify construction component real scene information, calculate component three-dimensional information, calculate component semantic information, based on graph matching theory to establish bidirectional mapping relationship, and through rule engine and decision tree machine learning module to formulate and adjust measurement rule output engineering quantity result, system covers data acquisition transmission, knowledge reasoning, computer vision processing, image and point cloud analysis, graph matching and mapping and measurement rule formulation adjustment unit, improve the accuracy and efficiency of engineering measurement.

The application discloses an RPA code development method and system, which comprises the following steps: establishing an RPA project engineering through an RPA designer, wherein the RPA project engineering contains a second programming language code subdirectory for storing code files developed by a specified second programming language; creating a second programming language project engineering subdirectory compatible with an IDE development tool in the RPA project engineering; accessing the second programming language code subdirectory through the RPA designer or the IDE development tool to increase or modify the code files; monitoring the code files through a monitoring function, and automatically loading the modified code files through the RPA designer or the IDE tool after the code files are modified; and executing an RPA process mixed with the code files and RPA scripts through an RPA executor to determine whether the RPA process runs normally. The application can use the IDE development tool to develop the code in the RPA designer, and improves the RPA code development and debugging efficiency.

The application relates to a BIM-based whole-process cost consultation method, a terminal device and a storage medium, which comprises the following steps: constructing a BIM building information model according to the project demand of a project engineering; obtaining project information based on the BIM building information model, wherein the project information comprises a construction period and a construction budget; carrying out construction based on the project information, and obtaining construction information in real time during the construction process, wherein the construction information comprises weather information, material information and personnel information; adjusting the construction period based on the construction information to obtain an actual construction time; calculating an actual construction period based on the actual construction time, and calculating an actual construction cost based on the actual construction period; comparing and analyzing the actual construction cost and the construction budget to obtain a comparison result, and analyzing the reasons based on the comparison result. The application has the effect that actual construction conditions are analyzed by combining construction information, the deviation between the actual construction cost and the construction budget is analyzed, and the reasons for the deviation are obtained.

The embodiment of the invention discloses a project engineering data monitoring management method and device, equipment and a storage medium, and the method comprises the steps: creating a target project and a target monitoring scene based on a project creation instruction, and associating the target monitoring scene with a target data source; based on the algorithm template configuration instruction, performing algorithm template configuration on the target monitoring scene by using an algorithm template configuration engine to obtain a target algorithm template; constructing a mapping relation between the target algorithm template and the target data source; processing the real-time data of the target data source based on the mapping relation by utilizing a real-time data processing engine to obtain a data processing result, and performing business application; and performing early warning processing and closed-loop management in response to the condition that the data processing result meets a preset early warning condition. According to the embodiment of the invention, the system operation process can be simplified, the project construction management usability is improved, the learning cost is reduced, the algorithm development time is shortened, the project construction management development cost is reduced, and the algorithm reuse rate is improved.

The application discloses a kind of based on BIM software and system for automated design method.The method includes: initialization adaptation layer dynamic link library, establish the parameter transmission channel with BIM software;Prepare BIM design data, based on the BIM design data in BIM software registration basic task and establish standardization engineering directory;Establish the parameterized set of tasks that can be automatically modeled;Task set is arranged into task list according to design logic and recorded to project engineering;BIM software or BIM software internal professional application module is driven to complete automatic modeling by calling adaptation layer interface through parameter transmission channel.The application solidifies engineering design rule into accurate task sequence by calling the interface of BIM software or BIM software internal professional application module, realizes the automatic execution of whole process, solves the technical problems that manual operation is inefficient and existing RPA technology cannot handle complex BIM design logic, significantly improves design efficiency and quality.

The application discloses an EPC project engineering information extraction method, device and equipment and a medium, relates to the technical field of building engineering management, and comprises the following steps: acquiring an EPC project engineering file and user demand; wherein the EPC project engineering file comprises multiple text paragraphs; based on a Facebook artificial intelligence similarity search (FAISS) index and the user demand, multiple candidate text paragraphs are determined from the EPC project engineering file; based on the user demand, a target text paragraph is determined from the multiple candidate text paragraphs; and based on the user demand, EPC project engineering information is extracted from the target text paragraph. The application can extract accurate EPC project engineering information from an EPC construction file.

The utility model discloses an engineering monitoring device for construction projects, which comprises a base plate, a vertically upward toothed plate I is welded at the center of the upper surface of the base plate, a sliding sleeve capable of sliding up and down along the toothed plate I is sleeved on the toothed plate I, and a monitoring camera is fixed on one side of the sliding sleeve. Two drawable extrusion rods are inserted into the side, away from the monitoring camera, of the sliding sleeve, a second toothed plate is fixed to the inner end of each extrusion rod, a handle is fixed to the outer end of each extrusion rod, each extrusion rod is further sleeved with a spring, and two rolling wheels are further arranged on the inner wall of the side, close to the monitoring camera, of the sliding sleeve. According to the engineering monitoring device for the construction project, the second toothed plate is extruded on the first toothed plate through the elastic force of the spring, teeth on the second toothed plate and teeth on the first toothed plate are meshed, and therefore the sliding sleeve is firmly positioned and fixed to the first toothed plate, the height of the monitoring camera can be adjusted only through simple actions, time and labor are saved, convenience and rapidness are achieved, and use is extremely convenient; the practicability is greatly improved.

The embodiment of the specification discloses a kind of iOS application's reinforcement method, device, equipment and medium, method includes: reading the directory structure of the project corresponding to the iOS application to be reinforced, and project original code file;Based on original code file, obtain the name to be confused, according to the random name corresponding to each name to be confused according to preset configuration file;Based on project directory structure, sequentially parse the project engineering file in the project directory of the iOS application to be reinforced;Based on random name, replace the corresponding name to be confused in each project engineering file, realize the confusion of each project engineering file, obtain the reinforced confused project engineering file;The matching relationship of original prefix and current prefix of confused project engineering file is obtained, to carry out iterative confusion to confused project engineering file based on matching relationship.

1. Name of the product in this design: Graphical User Interface for Engineering Project Information Management in Electronic Equipment. 2. Purpose of this design: An electronic device. 3. The key design feature of this product is its graphical user interface. 4. The image or photo that best illustrates the design points: Interface change state diagram 2. 5. Purpose of the graphical user interface: for use in the test sample information management system. The human-computer interaction method of the graphical user interface: The main view is the system login interface where the user enters their account and password; the interface in the interface change state diagram 1 is the interface entered by clicking the "Login" option in the main view; the interface in the interface change state diagram 2 is the interface entered by clicking the "Project Management Information" option in the left navigation bar of the interface change state diagram 1.

The application provides an AI-based engineering cost accounting and price reasonableness commenting system and method, which comprises: a project confirmation module for determining a project engineering for cost accounting and locking a target engineering; a data acquisition module for acquiring target project implementation data information in an enterprise database according to the target engineering; a cost accounting module for assisting in cost budgeting of the target engineering by AI and calculating actual engineering cost by big data analysis according to target engineering implementation information; and an analysis and commenting module for commenting on the price reasonableness based on engineering cost budget data and engineering cost actual data in combination with a commenting model to obtain a price reasonableness commenting result. The application realizes automatic and efficient accounting of engineering cost based on AI, without human participation, effectively reducing accounting errors, and also enabling price reasonableness commenting based on the accounting result, reasonably controlling project cost and expenses, and further ensuring the core competitiveness of the enterprise.