13results about How to "Create efficiently" patented technology

The invention provides a method for creating a structured document based on a deep learning model, and relates to the technical field of data processing, and the method comprises the steps: obtaining basic text information collected by a user, obtaining text data, fragmenting the text data, obtaining text fragmented data, and creating a structured document according to the text fragmented data. Analyzing the structures of the sentences in the paragraphs, determining keywords in the sentences, analyzing the logical relationship between the sentences in the paragraphs, associating the sentence keywords in the paragraphs, analyzing the association degree between the paragraphs in the chapters, identifying core keywords of the chapters, obtaining a chapter keyword data set, and analyzing the field involved in the text. The method comprises the steps of extracting field information of a text to obtain a text keyword data set, constructing a structured document model based on a graph neural network model, and inputting the text keyword data set and text data into the structured document model to obtain a structured document. According to the method, the structured document can be constructed through the deep learning model.

The invention discloses a method for providing container service, a container system and a related device, and belongs to the technical field of containers. The method comprises the steps that a container system provides a basic mirror image and a public mirror image for a user, the basic mirror image is used for creating a container, the public mirror image is mounted, the public mirror image does not need to be downloaded, and occupied storage space of a node where the container is located is reduced. And moreover, the public mirror image independently exists, so that the public mirror image is convenient to manage and quickly update and upgrade. The public mirror image is mounted, so that the container created for the user can be quickly updated by quickly updating the public mirror image. And a public mirror image does not need to be downloaded, and container creation is more efficient through a mounting mode.

This application discloses a method for creating a network element service interface. The network element includes a main control unit and an execution unit. The method is applied to the main control unit and includes: creating a first service interface; generating configuration information for the first service interface; generating an RPC message based on the configuration information; and sending the RPC message to the execution unit, so that the execution unit uses the RPC message to create a second service interface corresponding to the first service interface. Applying the technical solution provided in this application can achieve fast and efficient creation of network element service interfaces, effectively reducing R&D costs. This application also discloses a network element service interface creation device, an electronic device, and a computer-readable storage medium, which also have the above-mentioned technical effects.

The application belongs to the technical field of embroidery and discloses an AR-based embroidery method, system, AR glasses and storage medium, which comprises the following steps: inputting an embroidery sketch into a cycle generative adversarial network to obtain an embroidery pattern, wherein the cycle generative adversarial network is used for feature fusion of line structures of the embroidery sketch and embroidery patterns and generation of the embroidery pattern; embroidering according to the embroidery pattern by using AR glasses; in the embroidery process, in response to collected eye movement data and brain wave data, inputting the eye movement data and the brain wave data into an emotion model to obtain an emotion quantitative index, searching for the emotion quantitative index in a preset color-emotion association library to obtain a recommended color combination and displaying the recommended color combination. The application can realize convenient and efficient personalized embroidery work creation assistance.

This invention discloses a method for methane extraction and closed-loop carbon fixation in coal seams using hot flue gas-driven combustion-explosion fracturing. First, each horizontal branch well is divided into sections, and perforations are constructed in each section. Then, CH4 is used in each section. 4 Combustion-explosive fracturing technology utilizes in-situ synergistic combustion-explosion reactions to generate gas impact perforation fractures, allowing them to further develop and expand into a fracture network. Then, hot flue gas is sequentially injected into each horizontal branch well. Due to its high temperature, the hot flue gas promotes CH4 (chemical oxygen demand) in the coal seam. 4 Gas desorption, and CO in hot flue gas 2 SO 2 NO 2 Due to its competitive adsorption advantage, it can displace a large amount of CH4 adsorbed in extra-thick coal seams. 4 Gas, then hot flue gas and CH 4 The gas continues to be utilized in a closed loop, improving the efficiency of coal seam methane extraction while simultaneously achieving hot flue gas sequestration. Through this continuous closed-loop utilization process, the efficiency of methane combustion and fracturing, hot flue gas sequestration, and CH4 extraction in various areas of extra-thick coal seams is maximized. 4 Extraction efficiency.

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.

The invention discloses an economic index time domain feature data processing method and a related device. The method comprises the following steps: detecting a trigger operation for an index analysis control of an economic index analysis function interface; in response to a trigger operation of the index analysis control, creating and sending an economic index time domain feature analysis request message carrying identification information of the target region, time period description information of the first time period and the power utilization index; an economic index time domain feature analysis response message from the server is received, and the index analysis response message comprises a first time domain feature analysis result of the macroeconomic index of the target area in the first time period; analyzing the economic index time domain feature analysis response message to obtain a first time domain feature analysis result; and displaying the first time domain feature analysis result of the macroeconomic index on an economic index analysis function interface. According to the method, the intelligence, the accuracy and the efficiency of processing the time domain characteristics of the macroeconomic indexes of the specific time period of the target region by the equipment are improved.

The application discloses a closed-loop extraction and isotope tracing method for hot flue gas displacement of coal bed methane, which comprises the following steps: first, using CH4 combustion and explosion fracturing technology to form a crack network in the in-situ coal seam by synergistic combustion and explosion reaction impact fracturing; then, injecting hot flue gas into the combustion and explosion fractured coal seam; the hot flue gas can promote the desorption of CH4 gas in the coal body due to its high temperature; the CO2, SO2 and NO2 in the hot flue gas can replace a large amount of CH4 gas adsorbed in the in-situ coal seam due to the competitive adsorption advantage; the extracted CH4 and hot flue gas can be continuously used in a closed loop; the hot flue gas storage is realized, and the coal bed methane extraction efficiency is improved; in addition, the combustion and explosion gas and the hot flue gas are marked by specific isotopes, and the migration characteristics and interaction of the combustion and explosion gas, the hot flue gas and the extracted CH4 gas in the target deep coal seam can be analyzed and reversed; therefore, the injection parameters of the combustion and explosion gas and the hot flue gas can be dynamically regulated and controlled, and the hot flue gas storage and CH4 extraction efficiency of the deep in-situ coal seam are maximized.

The utility model discloses a variable-diameter puncture outfit which comprises a puncture needle, a puncture cannula assembly and a variable-diameter assembly arranged on the periphery of the puncture cannula assembly. The variable-diameter assembly comprises a first shell, a second shell, a rigid variable-diameter component arranged in the first shell and the second shell in a penetrating manner, and an elastic film; a spring fixing column and a spring sleeving the spring fixing column are arranged at the bottom of the first shell, and a guide groove matched with the rigid reducing component is formed in the bottom of the first shell; a spring hole corresponding to the spring fixing column is formed in the bottom of the second shell, and a driving groove for driving the rigid reducing component to move is formed in the side wall of the second shell; the upper part of the rigid variable-diameter component is mounted in the guide groove and the driving groove, and the lower part of the rigid variable-diameter component is wrapped in the elastic film; the bottom of the first shell and the bottom of the second shell are provided with cannula channels allowing the puncture cannula assembly to penetrate through, the diameter of the cannula of the variable-diameter puncture outfit can be changed, and the same variable-diameter puncture outfit can be used for establishing operation channels of different sizes.

A method of manufacturing a panel (1), comprising the steps of supplying a substrate (2) having an upper side (3), applying a layer onto the upper side (3) and subsequently irradiating the upper side (3) so as to cure at least a part of the layer by irradiation, hence forming the panel (1), wherein the layer comprises a liquid coating (12, 17) on substantially the entire upper side (3) and a substance (11, 19, 21) which is digitally printed locally on the upper side (3), wherein the substance (11, 19, 21) and the liquid coating (12, 17, 21) cooperate such that either the coating (12) and the substance (11) react with each other, whereas the substance (11) is a liquid that is printed on the upper side (3) before the coating (12) is applied and wherein the substance (11) and the coating (12) have different surface tensions, or the coating (17) is non-curable or only curable to a limited extent by the irradiation, whereas the substance (19) makes the coating (17) curable by the irradiation at locations where they meet each other.

The invention provides a content generation method and device, electronic equipment and a storage medium, and relates to the technical field of content creation and multimedia generation, in particular to the technical field of multi-modal content generation and editing. The method comprises the steps of obtaining a creation instruction input by a user; analyzing the creation instruction to identify a creation intention and creation materials contained in the creation instruction; processing the creation material according to the creation intention to construct a visual node graph; and if an editing instruction of a user to a specified node in the node graph is received, updating the content of the specified node according to the editing instruction, synchronizing the updated content to the specified node, and keeping the graph structure of the node graph unchanged. According to the method and the device, through accurate analysis and efficient processing of the creation instruction, the structured management and consistency maintenance of the creation content are improved, so that the continuity and consistency of the content generated in the creation process are improved, the operation complexity of a user is reduced, and the user experience is further improved.

The present application relates to a method and device for programmatic modeling of a three-dimensional scene, and belongs to the technical field of programmatic modeling. The method comprises: obtaining basic geographic data corresponding to a three-dimensional art scene to be modeled; making a node-based editor in three-dimensional software, the editor comprising: a simple change generator and a complex change generator; pre-building parameter nodes in the three-dimensional software; pre-building operator parameter nodes in the three-dimensional software; making component models of roads and component models of buildings in the three-dimensional software, the component models being established according to preset modeling rules; using a simple change generator, generating the required programmatic road model based on the component model of the road and storing it in a library; using a complex change generator, generating the required programmatic building model based on the component model of the building and storing it in a library; it has significant advantages in improving production efficiency, reducing memory usage, ensuring rendering quality, and maintaining visual consistency.