121results about "Symbolic schematics" patented technology

The invention discloses an automatic marking method and device for the external size of a building plane and a medium, and the method comprises the steps: determining components outside the building plane, and recognizing the components to determine the types of the components; marking information corresponding to the component is determined according to the category, the marking information comprises marking content and a marking position, and initial marking is conducted on the component according to the marking information; determining a label placement range, performing label alignment according to the label placement range, and determining whether label overlapping exists or not according to aligned labels; and if the labels are overlapped, performing avoidance adjustment on the labels. According to the method, the components are identified and the labels are determined, so that comprehensive labels are ensured; and through label alignment and avoidance adjustment, overlapping is avoided, reasonable, clear and readable layout is realized, and the labeling efficiency and accuracy are improved.

The invention provides a method for automatically generating a vertical power distribution system diagram based on BIM in forward design, and relates to the technical field of building electrical, comprising the following steps: performing intelligent analysis on a building BIM three-dimensional model of forward design, and accurately identifying electrical professional components; key data of the distribution boxes are extracted, and a three-level electrical system topology network of a total distribution cabinet, layer distribution boxes and terminal distribution boxes is constructed; standardized data are generated through multiple verifications of data formats, logic relations and parameter thresholds; automatic drawing output is achieved in a tiled mode and an aligned mode, and a bidirectional linkage mechanism of a BIM model and a system drawing is established. The method aims at solving the problems that traditional AutoCAD two-dimensional manual drawing is low in efficiency, disordered in version management, lack of three-dimensional space expression and insufficient in design accuracy.

A computerized system for circuit design review and analysis can include an automated machine analysis engine running in a processor and operable to execute a BOM evaluation of a PCB design, a schematic analysis engine running in the processor and operable to analyze a schematic diagram associated with the PCB design, a PCB layout analysis engine running in the processor and operable to analyze a PCB layout associated with the PCB design, a PCB manufacturability analysis engine running in the processor and operable to analyze the PCB layout of the PCB design in combination with the BOM to validate manufacturability of the PCB design, and a design modification engine running in the processor and configured to generate a screen display object on a human-machine interface illustrating the data and / or a change to the BOM, the schematic diagram, and / or the PCB layout.

The invention relates to a legend table generation method, device and equipment based on airport engineering BIM forward design drawing, and relates to the technical field of building information models.In the method, legend content is directly derived from building information model data, errors possibly introduced by manual copying or drawing are avoided through automatic process generation, and the efficiency is improved. And the consistency and accuracy of the legend and the model content are ensured.

The invention discloses a BIM-based spatial structure and business structure data fusion method. The method mainly comprises the following steps: constructing dynamic hooking of a BIM model and a spatial structure; dynamic hooking of the BIM model and the business structure is constructed; and fusing data of the space structure and the service structure. According to the method, flexible fusion of space structure and service structure data is realized through a plurality of configuration methods of real-time bidirectional dynamic mapping and hierarchical fusion of BIM model components, space structure and service structure data, and bidirectional synchronous updating of the space structure and service data and automatic updating of a fusion tree can be triggered through monitoring of BIM model changes. And the management efficiency of space structure and service structure data is effectively improved.

A method for generating and modifying engineering schematics is provided. The method includes receiving a natural language input via a user interface, the input containing a user intent to perform operations on an engineering schematic. The method generates a structured representation of the input using a language model, identifying components, actions, and attributes. Knowledge graph queries are generated based on this representation, compatible with a standardized ontology. These queries are executed to retrieve component, connection, and attribute data from the knowledge graph. A system representation of the schematic is generated using the retrieved data and specified actions. The method then renders a visual representation of the engineering schematic based on this system representation and outputs it via the user interface. This approach allows for intuitive schematic modification using natural language processing and knowledge graph technologies.

The disclosure relates to a method (100) for obtaining a topologic model of one or more components of an industrial plant, the method comprising: - (102) obtaining image data of one or more components of the industrial plant; - (103) providing the image data of the one or more components of the industrial plant to an Al processing component (44) for processing; (104) receiving geometry data of the one or more components of the industrial plant based on the processed image data; and (105) obtaining by the Al processing component (44) the topologic model of one or more components of the industrial plant based on the geometry data of the one or more components, wherein the topologic model comprises information about a physical arrangement of the one or more components within the industrial plant.

Devices, systems, and methods for fire system floor plan layout generation are described herein. In some examples, one or more embodiments include a computing device comprising a memory and a processor to execute instructions stored in the memory to receive a floor plan layout of a space, define, via an object placement model utilizing the floor plan layout, placement locations of fire system objects for the floor plan layout, and generate, using the object placement model, a fire system floor plan for a fire system for the space including the fire system objects, wherein the fire system objects are located in the defined placement locations on the fire system floor plan from the floor plan layout.

The invention relates to a method for generating an overall Pamp based on a three-dimensional model. The invention discloses an ID graph system and method, and the system comprises a processor which comprises an extraction module, a symbol mapping module, a relation construction module and a layout module. The extraction module is used for analyzing a designated area of the three-dimensional model and extracting a three-dimensional symbol type and a topological relation of the three-dimensional model; the symbol mapping module is used for establishing a mapping relation table of the three-dimensional symbol types and the two-dimensional symbol types based on the three-dimensional symbol types and a mapping rule so as to retrieve the two-dimensional symbol types based on the three-dimensional symbol types; the relation building module is used for building a logic diagram data table based on the topological relation so as to store the connection relation and the sequence relation; the layout module is used for carrying out two-dimensional symbol layout based on the two-dimensional symbol type and the three-dimensional symbol type to form a complete Pamp; and an ID graph. According to the invention, the traditional Pamp is abandoned; according to the thought of generating the complete flow chart on the ID, the efficiency is improved by intelligently extracting the information topological relation of the model and combining the user-defined symbol mapping rule.

This application relates to an automatic photovoltaic panel layout method. It is applicable to the field of photovoltaic power plant planning and design technology. The technical solution includes acquiring multi-angle image data of a target site to generate a 3D model and a digital orthophoto map; based on the 3D model and the digital orthophoto map, using a trained target detection model to identify preset targets in the site, and marking the areas where the preset targets are located as unusable areas I; extracting slope and aspect features from the 3D model of the target site, and based on these features, marking areas that do not meet the preset photovoltaic panel layout requirements as unusable areas II; defining areas outside unusable areas I and II on the target site as usable areas, and generating preliminary layout schemes within the usable areas based on their slope and aspect features, combined with preset photovoltaic design parameters; quantitatively evaluating the preliminary layout schemes based on a preset evaluation function, and outputting the final layout scheme based on schemes with evaluation scores greater than the preset value.

The invention relates to the technical field of map design for railway engineering, in particular to an automatic design method and device for a railway map, and the method comprises the steps: inputting basic data required for map design, the basic data comprising professional interface data and land width original data; identifying a line center line, and obtaining a line starting and ending point mileage range; processing gap data in the professional interface data, and arranging to form a design work point table; performing grouping and data processing on the land width original data according to the design work point table; on the basis of the processed land width original data and line midline data, land boundary piles are automatically designed in batches, and attribute information is added to each land boundary pile; and based on the land boundary piles and the grouped data, land boundary red lines are automatically designed, and attribute information is added to each segment of land boundary red line. According to the invention, the problems of data splitting, low automation degree, poor result normalization, lack of intelligent association, lagging change response and the like in the prior art are solved.

A method (100) for generating and modifying an engineering schematic diagram is disclosed. The method includes receiving a natural language input via a user interface, the input including a user intent to perform an operation on an engineering schematic. The method uses a language model to generate a structured representation of the input, the structured representation identifying components, actions, and attributes. A knowledge graph query compatible with the standardized ontology is generated based on the representation. These queries are executed to retrieve component, connection, and attribute data from the knowledge graph. A systematic representation of the schematic diagram is generated using the retrieved data and the specified action. The method then renders a visual representation of the engineering schematic based on the system representation, and outputs it via a user interface. This approach allows intuitive schematic modification using natural language processing and knowledge graph techniques.

The application provides a method for automatically generating a vertical power distribution system diagram based on BIM in positive design, and relates to the technical field of building electricity, and comprises the following steps: intelligently analyzing a building BIM three-dimensional model of positive design, and accurately identifying electrical professional components; extracting key data of distribution boxes, and constructing a three-level electrical system topology network of'main distribution cabinet -> layer distribution box -> terminal distribution box'; generating standardized data through multiple verifications of data formats, logical relationships and parameter thresholds; automatically drawing through flat and aligned modes, and establishing a two-way linkage mechanism between the BIM model and the system diagram. The application aims to solve the problems of low efficiency, chaotic version management, lack of three-dimensional space expression and insufficient design accuracy of traditional AutoCAD two-dimensional manual drawing.

Systems and methods described herein provide a computer-implemented method for process simulation using a multi-agent system. A software agent is trained using historical process data associated with a process. Each software agent represents a single task in the process. Based on the candidate process model, the process is simulated by executing the multi-agent system to generate simulation results. The software agent operates autonomously within the multi-agent system based on the trained behavior. The process is also performed using a runtime configuration based on the candidate process model. Execution of the process generates runtime results for comparison with the simulation results. In some examples, the candidate process model is adjusted based on the comparison, and simulation and execution of the process are repeated using the adjusted multi-agent system and the adjusted runtime configuration, respectively. A deployment process model is generated based on the adjusted candidate process model.

A system that creates a net list from a circuit diagram or a document showing a circuit structure is provided. The system is an AI system including a first electronic device. The first electronic device includes an input / output interface, a control portion, and a first conversion portion. The input / output interface is electrically connected to the control portion, and the first conversion portion is electrically connected to the control portion. The input / output interface has a function of transmitting input data generated by a user's operation to the control portion, and the control portion has a function of transmitting the input data to the first conversion portion. Note that the input data is a circuit diagram illustrating a circuit structure or a document file showing the circuit structure. The first conversion portion includes a circuit where a neural network is formed, and the input data is converted to a net list with the use of the neural network of the first conversion portion.

An example client device is configured to (i) display a representation of a three-dimensional, federated model of a construction project, the model including respective objects created using at least two different authoring tools, (ii) receive one or more user inputs that collectively (a) select a displayed representation of a given object within the model and (b) assign a value for a property of the given object, (iii) based on the one or more user inputs, identify a globally unique identifier (GUID) that uniquely identifies the given object within a hierarchical data structure for the model and cause the model to be updated by associating the assigned value for the property with the GUID that uniquely identifies the given object, and (iv) display a representation of the updated model including an indication of the assigned value for the property of the given object.

The invention provides an interactive rail transit construction organization aided design method, which comprises the following steps of: establishing a graphic database, and setting a plurality of graphic templates in the graphic database; an external database is created, the external database adopts a self-defined entity with design information and is used for storing a plurality of construction preparation parameters input by a user, a plurality of design parameters are set by the self-defined entity used for representing a design line, and the distribution condition of the drawn progress diagram is determined according to the distribution condition of the drawn progress diagram; based on a graphic template selected by a user, associating parameter variables of objects with numerical values of related design parameters: loading control points from a control point graphic template, inserting project objects generated by projects into the template, entering a project object editing dialog box by double-clicking the objects or selecting a right-click menu of the objects, modifying the attributes of the dialog box, and completing the project object editing. And redrawing the object, and synchronously modifying the object data at the same time. According to the method, the working efficiency of design can be greatly improved, and the time cost and the labor cost are reduced.

A plant diagram unification system includes a processor configured to define a unified object that unifies different display modes of objects of same type, acquire a diagram that is used for construction, operation, and maintenance of a plant, detect an object that is included in the diagram, replace a detected object with the unified object, and generate an object unified diagram in which the display modes of the objects of the same type are unified.

The disclosure relates to a method (100) for obtaining a topologic model of one or more components of an industrial plant, the method comprising: - (102) obtaining image data of one or more components of the industrial plant; - (103) providing the image data of the one or more components of the industrial plant to an AI processing component (44) for processing; - (104) receiving geometry data of the one or more components of the industrial plant based on the processed image data; and - (105) obtaining by the AI processing component (44) the topologic model of one or more components of the industrial plant based on the geometry data of the one or more components, wherein the topologic model comprises information about a physical arrangement of the one or more components within the industrial plant.

One embodiment of the present invention is to provide an information processing system enabling a user to obtain a drawing the user needs. For assisting the user in creating a drawing for a patent application, a drawing creation support system is built, in which the enlargement of a drawing, addition of hatching patterns, selection of the hatching patterns are performed with a generative AI model and a magnifying power for optimizing a hatching line spacing is calculated by the generative AI model.

The present invention relates to three-dimensional schematic visualization by schematic display of a design with a three-dimensional (3D) graphical user interface (GUI) via which a first plane extending along a first axis and a second axis different from the first axis is displayed, comprising displaying symbols corresponding to a set of first level components of a first level of the design disposed on the first plane; and a second plane extending along the first axis and the second axis, including displaying symbols corresponding to a first set of second level components of a second level of the design disposed on the second plane. The two planes are displayed at the same time and are respectively arranged at a first position and a second position along a third axis different from the first axis and the second axis. Each level of the design may correspond to a respective level of the layered structure of the design, a respective substrate on which the design is to be implemented, or a combination thereof.

This application discloses the automation of computer-aided drawing (CAD) from tags using machine learning. A method and system for automating computer-aided drafting (CAD) are provided. A CAD drawing in a first format native to a CAD application is obtained. Tags for the CAD drawing in a second, non-native format are acquired. A machine learning engine processes the tags using a machine learning model to identify tag types, identify tag attributes, associate tags with CAD objects required to update the CAD drawing, and determine CAD object attributes and CAD application attributes. CAD objects with CAD object attributes are provided in the CAD application using the CAD application attributes. User input is accepted and the CAD drawing is updated based on this input. The machine learning model is updated based on user input and used to process future tags.

The present application relates to nuclear power engineering drawing semi-structured and search method, device and electronic equipment, including: the drawing to be processed is detected, and the symbol, identification and position information of all objects in the drawing are obtained; the figure text association is carried out; the identification of the figure text association is identified, and the text content of the identification is obtained; the type of the object is determined; the text content is compiled to generate the function position code of the object; the data table is formed based on the text content, the object type, the position information, the function position code and the drawing number of the drawing to be processed; the link relationship of the data table and the drawing, the link relationship of the data entry and the object in the drawing page are constructed, and the semi-structured of the drawing to be processed is completed. The present application greatly reduces the labor cost of engineering drawing data extraction; greatly improves the efficiency and quality of engineering drawing data extraction; also can realize the second search and second determination of the drawing, and effectively improves the efficiency and accuracy of the use of engineering drawing in the business field.

Automated circuit generation is disclosed. In some embodiments, parameters are received and a circuit schematic is generated automatically by software. In some embodiment, parameters are received and a circuit layout is generated automatically by software. In some embodiments, a design interface may be used to create a behavioral model of a circuit. Software may generate a circuit specification to generate a schematic. In various embodiments, circuit component values may be determined and generated. Certain embodiments pertain to automating layout of circuits. Software may receive parameters for functional circuit components and generate a circuit schematic and / or a layout. The present techniques are particularly useful for automatically generating analog circuits.

A data processing system enables a user to select performance indicators in terms of which a plant operation is to be optimized. The system receives data from instruments monitoring plant operation and a user selection of performance indicators to optimize in accordance with one or more set-points for assets at the plant. The system generates a plurality of values for the performance indicator via the model and based on the data and a plurality of test values for the set-point. The system determines one or more settings for one or more set-points of at least one of the plurality of assets at the plant based on the plurality of values for the performance indicator and the plurality of test values for the set-point and provides the one or more settings for the one or more set-points to adjust the performance of the plant.

A method and computing system operable for displaying a first routing diagram on a display. The first routing diagram is a member of a first set of routing diagrams that includes multiple different routing diagrams. Displaying the first routing diagram includes displaying a user-selectable control and a first portion of a particular routable component within the first routing diagram. The user-selectable control indicates that the particular routable component continues on a second routing diagram. An additional function include determining, by one or more processors, a selection of the user-selectable control occurs while the first routing diagram is displayed on the display. A further function includes displaying the second routing diagram on the display in response to determining the selection of the user-selectable control occurs while the first routing diagram is displayed on the display. Displaying the second routing diagram includes displaying a second portion of the particular routable component.

An apparatus for automatically determining an electronic circuit diagram of a vehicle includes n system code determination unit configured to, when component codes of electronic components mounted on a vehicle are input, determine system codes of electronic systems configurable based on the electronic components, a circuit diagram determination unit configured to select and determine, from a circuit diagram database, standard circuit diagrams matched with the system codes determined by the system code determination unit, and a display unit configured to display the standard circuit diagrams determined by the circuit diagram determination unit to be matched with electronic systems predetermined for respective system codes.

Embodiments included herein are directed towards a method for use in an electronic design. The embodiments may include receiving, using at least one processor, at least a portion of an electronic design. The method may further include automatically prompting a user for a library location indicating where to create an exported die schematic and a netlist generation view based upon, at least in part, the portion of the electronic design. The method may also include automatically generating the exported die schematic and the netlist generation view.

A computer-based method is disclosed for creating and / or editing Feature Control Frameworks (FCFs) for geometric dimensions and tolerances (GD&T) of a model in a computer-aided design (CAD) program. The method includes: displaying cells of the FCF for the geometric features of the model in a graphics area of ​​the CAD program; displaying a context menu adjacent to the cells of the FCF, wherein the context menu includes a first plurality of user-selectable input options associated with GD&T information for the geometric features; receiving a user's selection of one of the first plurality of user-selectable input options; and subsequently presenting a second plurality of user-selectable input options associated with the GD&T information for the geometric features. The options included in the second plurality of user-selectable input options depend at least in part on which of the first plurality of user-selectable input options the user selects.