11results about How to "Realize automatic creation" patented technology

The invention provides an unattended remote sensing image processing method, system and device and a medium, and relates to the technical field of remote sensing image processing, and the method comprises the steps: executing a data scanning operation through a scanning management module according to a scanning rule described by a scanning item, and obtaining a to-be-processed remote sensing image; creating an image processing task for a to-be-processed remote sensing image through a task center module, and calling a target remote sensing processing business process from a process management module based on a scanning item; computing resources are distributed for the image processing tasks through the resource center module; executing a target remote sensing processing business process for the to-be-processed remote sensing image through the task center module by utilizing the computing resources to obtain a target processing result; and executing a storage operation on the target processing result through the data management module. The universality of remote sensing image processing can be remarkably improved, the automation degree of remote sensing image processing can be further improved, manual intervention is reduced, and the efficiency of large-scale remote sensing image processing is improved.

The application provides a cross-source synchronization table index creation method and device, equipment, storage medium and program product, which can be applied to the technical field of big data. The method comprises the following steps: receiving a query statement for obtaining data from a data warehouse; extracting a query field set and a condition field set from the query statement; obtaining data from the data warehouse according to the query statement, and synchronizing the obtained data to a target table in an online database, wherein the target table comprises data columns corresponding to the query field set; merging the condition field set into a candidate index field set of the target table; calculating a dispersion index of each field in the candidate index field set based on the condition value distribution corresponding to each field in the candidate index field set; selecting a target field set from the candidate index field set based on the dispersion index; and creating an index for each field in the target field set on the target table.

The invention discloses a conference information processing method and device, and the method comprises the steps: displaying a field for configuring a conference after detecting that a conference creation operation is triggered in a visual configuration page of a terminal; detecting corresponding field information for the field configuration for the conference in a visual configuration page; the corresponding field information is sent to a server side, so that the server side verifies the compliance verification field in the corresponding field information, and a verification result is fed back to the terminal; wherein a pre-configured verification rule is called during verification, and the to-be-verified field information in the corresponding field information is verified based on the verification rule indication constraint content. The personalized conference is created in a visual configuration mode, and personalized verification is performed on the personalized conference in the configuration mode, so that the purpose of automatically creating the compliant personalized conference is achieved.

The invention relates to the technical field of hydropower engineering, in particular to a BIM-based concrete dam embedded part information acquisition method and device, and the method comprises the steps: obtaining the precise position of a dam embedded part through a small RTK positioning instrument, collecting a field embedded picture through a mobile terminal application program, and inputting related information; obtaining accurate coordinates of the dam embedded part relative to an engineering coordinate system through coordinate conversion, automatically selecting a concrete dam BIM model of the corresponding embedded part according to an instrument type, and automatically placing the concrete dam BIM model at a corresponding position of the concrete dam BIM model; and according to the global unique ID code of the BIM model of the instrument, automatically associating on-site embedded photos related to the dam embedded part and recorded related information, and realizing acquisition of information of the concrete dam embedded part. According to the method, automatic creation and input of the embedded part information of the BIM model in the construction stage are realized, and the problems of information error and distortion, large workload and tedious modeling in manual modeling are solved.

The disclosed embodiment discloses a task processing method and device, wherein the method includes obtaining a task automatic creation request from a user end, creating an API interface for the task, and obtaining a task flow node corresponding to the task; in response to receiving an interaction request sent by the user end through the API interface during task processing, determining interaction data based on the task flow node indicated by the interaction request; and sending the interaction data to the user end through the API interface for the user end to automatically create a task. By establishing an API based on the task and then realizing automatic task creation, the process of automatically creating tasks by the user end can be assisted in a controllable manner, thereby improving the efficiency of automatic task creation and avoiding excessive and high-cost technical investment by the user end.

The invention provides a test method for semiconductor process equipment and an upper computer, and the method comprises the steps: creating a target process task based on a process path set, and updating a test result of the semiconductor process equipment based on an execution result of the target process task, the process paths in the process path set are synchronously updated with the process paths in the preset storage unit, so that real-time updating of the process path set can be realized; meanwhile, the process path in the preset storage unit is created based on a target file and comprises a plurality of process steps and a process formula corresponding to a target process step in the plurality of process steps, and the target file comprises the plurality of process steps and parameter values of preset process parameters corresponding to the target process step; in the process formula corresponding to the target process step, the parameter value of each process parameter except the predetermined process parameter is obtained based on the predetermined process formula of the chamber in the process step, so that the workload in the process path creation process is greatly reduced.

The invention provides a component processing method and a related device, and relates to the field of component creation and management. In the application, a component processing instruction can be responded, an initial component is created, basic library dependency of the initial component is configured, the basic library dependency is integrated into the initial component to obtain a target component, and a code and a configuration file of the target component are pushed to a newly-built component private library. Configuring a component version number of the target component, pushing the component version number to the component private library, creating a component index library on a local server, verifying an environment index of the component index library, if the verification is passed, adjusting the configuration file, and if the verification is not passed, adjusting the configuration file. And establishing an association relationship between the component index library and the component private library, and pushing the adjusted configuration file to the component index library. According to the invention, the automatic creation and management of the component can be realized, and compared with a manual mode, the efficiency can be improved.

The invention belongs to the technical field of data processing, and provides a high-throughput data automatic analysis system for reactive force field fitting in order to solve the problem that the automation degree of the related data processing process is low when a reactive force field is trained at present. Comprising a high-throughput calculation data automatic analysis subsystem, a reaction force field automatic fitting subsystem and a reaction force field fitting database, and a plurality of molecular models in different formats are stored in the reaction force field fitting database; the high-throughput calculation data automatic analysis subsystem performs high-throughput processing on the molecular model to obtain corresponding first principle data; and the reaction force field automatic fitting subsystem performs high-throughput processing according to the first principle data, performs fitting according to a processing result to obtain a force field, performs molecular image drawing, and performs automatic comparison to obtain an optimal force field fitting result, thereby realizing automatic creation of an input file required by reaction force field fitting. Manual data errors are effectively reduced, and the response force field fitting efficiency is improved.

The present application relates to a method for automatically locating cerebral blood vessels in brain CTA images based on model registration. The method includes: using an image registration algorithm, mapping points in each floating image to the coordinate space of a fixed image, and performing the same mapping operation on the cerebral blood vessel centerline corresponding to each floating image to obtain the transformed cerebral blood vessel centerline; calculating the average grayscale value of each point in the brain CTA image registered to the fixed image coordinate space to obtain a brain CTA model; applying a centerline averaging algorithm to the transformed cerebral blood vessel centerline to obtain a model centerline; obtaining a cerebral blood vessel region of interest through the brain CTA model and the model centerline; obtaining the inertial characteristics of the blood vessel from the model centerline mapped to the image to be located, guiding the centerline in the region of interest to automatically locate the cerebral blood vessel in the image, and outputting the location result of the cerebral blood vessel centerline, thereby realizing automatic location of the cerebral blood vessel.

The utility model discloses a remote transmission communication device based on automatic link establishment, which comprises a remote transmission transceiving module, a surge protection network, a link monitoring module and a control module, and is characterized in that the link monitoring module and the remote transmission transceiving module are electrically connected with the control module; the surge protection network and the link monitoring module are electrically connected with the remote transmitting and receiving module, the surge protection network is electrically connected with a covered wire, and the remote transmitting and receiving module is electrically connected with an upper computer. According to the utility model, after the covered wire is connected with the remote transmitting and receiving module at the far end, the control module detects the link synchronization state, and performs master-slave mode switching according to the link state to realize automatic link establishment, thereby realizing remote transmission of data at two ends.

The application relates to the field of oil drilling and borehole technology, and discloses a multistage ball-throwing type hydraulic variable-diameter while-drilling reamer, which comprises a shell, an upper joint and a lower joint, a mandrel body is slidably connected in the shell, the outer wall of the mandrel body is provided with mandrel guide rails with gradually decreasing outer diameters, the inner side of a rotary connecting blade wing in the shell abuts against the mandrel guide rails, a limiter is arranged on the bottom end of the mandrel body, a positioning block on the shell is slidably connected in a broken line-shaped groove on the outer wall of the limiter, a ball-throwing seat is slidably connected below the limiter, the two are drivingly connected through a shift pin and a groove structure, a plurality of claw bodies are arranged in an array on the inner wall of the ball-throwing seat, a reset base plate is arranged on the bottom end of the ball-throwing seat, a heavy spring is arranged below the reset base plate, and a collector is arranged in the lower joint. The mandrel guide rails are driven to go up and support the blade wing to expand the hole through ball-throwing pressure holding, the positioning block guides the limiter to rotate and shift gears and drives the claw bodies to spread and release pressure, the heavy spring is rebounded, multistage variable-diameter and automatic pressure release in single-trip drilling are realized.