9results about How to "Create quickly" patented technology

The invention provides a DFMEA knowledge base data management method and system and electronic equipment. The method comprises the steps that a historical functional structure tree is converted into a first functional structure tree corresponding to a DFMEA knowledge base; according to a preset hierarchical relationship, adding knowledge items corresponding to the target project in the first functional structure tree; in response to completion of addition of the knowledge item corresponding to the target item, assigning tasks related to the target item; in response to detection of a viewing instruction submitted by the user, displaying a task corresponding to the user through a task board; in response to receiving an analysis instruction submitted by a user during task processing, displaying a first function structure tree on an analysis interface; and in response to detection of a selection operation performed by the user on the object in the first functional structure tree, displaying a knowledge item corresponding to the object so that the user can reference the knowledge item. According to the technical scheme, the accuracy of the DFMEA analysis result can be improved, and the analysis efficiency is improved.

The application discloses a natural language and meta-model driven code generation system, which comprises an AI layer containing multiple intelligent agents working cooperatively, the AI layer being configured to receive natural language instructions and perform intent recognition, entity extraction, context analysis and constraint verification through the intelligent agents to generate structured metadata; a meta-model engine configured to construct and instantiate one or more meta-model objects according to the structured metadata generated by the AI layer; and a code template engine configured to match one or more corresponding code templates from a code template library according to the content and type of the meta-model objects, and generate executable code or configuration files in one or more target languages through rendering. According to the scheme, natural language is converted into a meta-model decoupled from technology through AI, and high-quality standardized code is automatically generated through a template engine, thereby improving development efficiency and enabling developers to focus on core business innovation.

Embodiments of the present specification provide a database branch processing method and device, wherein the database branch processing method comprises: in response to a branch creation request for a target database, writing a first memory data page in a shared buffer pool to a disk, setting an inventory data page in the disk to a read-only state, and obtaining a baseline data source for representing a database state before branch creation; determining a first branch identifier of a first database branch to be created, establishing an association relationship between the first branch identifier and the baseline data source, and creating the first database branch; creating a first incremental file corresponding to the first branch identifier, the first incremental file being used to store a first incremental data page, the first incremental data page being a data page that has changed under the first database branch; and processing a database task under the first database branch based on the baseline data source and the first incremental file. In this way, the creation overhead of the database branch is reduced, and the branch processing efficiency is improved.

This invention discloses a method, apparatus, device, and product for determining positioning information in a 3D model. The method includes: determining a face of the 3D model as a reference plane; setting key characters; selecting nodes in the 3D model; creating positioning points at the selected nodes containing the key characters and characterized as points; and establishing direction lines for the positioning points, with the direction lines pointing to the horizontal, vertical, and normal directions extending from the reference plane. This invention provides a method, apparatus, device, and product for determining positioning information in a 3D model, enabling rapid creation of positioning points in a 3D model. It offers advantages such as reducing repetitive work intensity for personnel creating positioning points, minimizing missed or incorrect selections of positioning points, improving work efficiency, and being suitable for 3D models of various product types.

The invention relates to a pressure system micro-leakage online monitoring method and device, equipment and a storage medium, and the method comprises the steps: obtaining the identity information of a to-be-monitored pressure system, associating the identity information with the monitoring process, and generating a bound monitoring task; performing pressure initialization; acquiring reference state data (reference pressure and reference temperature) of the to-be-measured pressure system and starting monitoring; in the micro-leakage monitoring process, actual state data of the to-be-measured pressure system at the current moment are circularly obtained and recorded at a preset time interval, and the actual state data comprise an actual pressure value and an actual temperature; according to the reference pressure, the reference temperature and the actual temperature, calculating a theoretical pressure value in a leakage-free state at the current moment; comparing the actual pressure value with the theoretical pressure value to obtain a pressure difference, and judging whether the pressure system leaks or not according to the pressure difference to obtain a monitoring result. The method has the effect of improving the accuracy of the micro-leakage monitoring result of the pressure system.

This application discloses a seismic data processing method, apparatus, and computer equipment, belonging to the field of geophysical exploration. The method includes: acquiring seismic data; creating a first shared project corresponding to the first seismic data on a seismic data sharing platform; acquiring the data creation environment; and, provided the data creation environment meets security requirements, setting script generation and editing permissions, where editing permissions restrict the scope of members accessing second seismic data. Security requirements include at least one of system requirements and project member requirements; and creating a second shared project corresponding to the second seismic data on the seismic data sharing platform based on the editing permissions. This approach enables the rapid creation of shared projects with low security levels and improves the management efficiency of shared projects with different security levels.

This invention provides a rapid modeling method and terminal for variable cross-section leaf springs used in light trucks, relating to the field of light truck technology. The method involves calculating the geometric contours of each leaf spring in its extended state, selecting sample points at equal intervals along the length of each leaf spring in its extended state, and calculating the sample point data including coordinates and thickness. The method then calculates the geometric contours of each leaf spring in its free state. Based on the free state of each leaf spring, sample points are reselected, and corresponding sample point data is obtained through interpolation and exported. A leaf spring modeling file and an assembly parameter file are created. The sample point data of each leaf spring in its free state are imported into the leaf spring modeling file, and the leaf spring assembly parameters are imported into the assembly parameter file. The leaf spring toolbox is run to generate the leaf spring model, defining the leaf spring lugs and material properties to create the leaf spring model. This method uses a procedural approach, which can quickly and accurately calculate the sample point data of the variable cross-section leaf spring, improving the efficiency of leaf spring modeling and the accuracy of model creation.

The application provides a CATIA-based transverse stabilizer bar design method and design system, adopts VBA programming language to develop CATIA secondarily, designs a transverse stabilizer bar design system, and the transverse stabilizer bar design system comprises a point and center line module, an end head and rod module and a baffle ring module, the point and center line module is used for inputting point coordinates and point bending radius, and creating points and center lines, the center line is a connecting line of the points, and the point coordinates at least comprise end points, inflection points and baffle ring mounting points; the end head and rod module is used for inputting end head and rod parameters, and creating end heads and rods based on the end points and the center lines, and the rod is formed by center line scanning; the baffle ring module is used for inputting baffle ring parameters, and creating baffle rings based on the baffle ring mounting points; the application realizes full-parameter design of the transverse stabilizer bar by reducing a large amount of manual repetitive labor, improves design efficiency and design quality, and greatly shortens the product development cycle.

This application discloses a container network architecture, container network configuration method, apparatus, and device, relating to the field of information technology, to address the problem of low network configuration efficiency in existing solutions. The method includes: creating a container through CIM, starting the container on CIE, and configuring the container's environment parameters; creating a container network namespace through CIE, calling the SR-IOV driver module through CNI in CIE, configuring network ports of multiple VFs, and establishing a mapping relationship between a first VF and the container, where the first VF is any one of the multiple VFs; sending the network port information of the first VF to CIM through CIE; creating a Neutron port through CIM, adding the Neutron port as a sub-interface to the PF main interface, and sending the Neutron port information and PF port information to VIM; and issuing a flow table to vSwitch through VIM, the flow table including the network port information of multiple first VFs, the Neutron port information, and the PF port information. The embodiments of this application optimize the container network port creation and information configuration process, enabling rapid creation and deployment of container network ports.