133 results about "Process configuration" patented technology

The invention relates to the technical field of data processing, in particular to a modular task management system based on dynamic process configuration, which comprises a dynamic process configuration module, a task state circulation engine, a visual interaction interface module, a historical track tracing module and a modular expansion interface. The dynamic process configuration module dynamically binds enterprise configuration data with regional process original data through a process template ID to generate an enterprise exclusive process topological structure comprising a regional identifier, a node association relationship and a process classification label; and the task state circulation engine updates the task state data based on an event-driven and atomized transaction lock mechanism, and synchronizes the task state data to the change management general table. According to the method, flexible configuration of process logic, visual display of task states and cross-enterprise rapid adaptation are realized, and system expansibility and operation efficiency are improved.

The invention relates to a liquid silica gel injection molding process optimization method and system in the field of intelligent manufacturing, and the method comprises the steps: obtaining mold structure data adaptive to a shrinkage rate, combining geometric characteristics of a complex structure product, adopting a topological optimization algorithm to redesign a parting surface and a demolding path, and determining a lossless demolding mold parting scheme; whether the product damage risk is lower than a preset threshold value or not is judged by simulating stress distribution of the demolding path, and if the product damage risk is lower than the threshold value, final mold manufacturing parameters are generated, and an optimized production process configuration file is obtained; extracting production rhythm data from the optimized production process configuration file, dynamically adjusting the operation cycle of the injection molding machine in combination with the demolding efficiency monitored in real time, and determining equipment parameter configuration for efficient mass production; and generating a control instruction sequence according to the equipment parameter configuration, and transmitting the control instruction sequence to the injection molding equipment and the mold heating system through the industrial Internet of Things to obtain operation state data of the automatic production line.

The invention provides an intelligent laboratory full-process collaborative management system and method based on multi-dimensional data fusion, and the method comprises the steps: obtaining an original data stream from laboratory instrument equipment, carrying out the format recognition and conversion of heterogeneous instrument data through a standard protocol adapter, and generating a first data set in a unified format; aiming at the first data set, executing automatic analysis by adopting data middleware, and integrating into a structured second data set based on a metadata rule of field mapping and unit conversion; according to the second data set, a multi-source data fusion model is constructed, data are classified according to instrument types through batch processing and aggregated according to timestamps, and a fused third data set is generated; aiming at the initial process configuration, adjusting a node sequence and a parameter threshold value by using a visual design tool, and generating an optimized process configuration adaptive to the diversified scene; according to the optimized process configuration, process scheduling is executed through a dynamic process engine, execution time and resource occupation are monitored in real time, and a process execution log is generated.

The invention provides a defective part reprocessing decision-making method based on multi-target balance, which comprises the following steps: acquiring real-time defect rate data and part distribution information from production, analyzing a defect rate change trend and a part quantity fluctuation condition, and setting a standard defect threshold according to an industrial standard and historical data; if the defect rate exceeds a standard defect threshold value, identifying and fitting part performance parameters to obtain an average performance curve, calculating slope change and abrupt change amplitude of the curve, and determining time and influence range of a variation point; acquiring a factory processing load, combining the priority distribution sequence with the target part grouping scheme and the factory processing load to obtain a reprocessing flow configuration scheme, and identifying a balance point of resource consumption and a reprocessing coverage rate through simulation; and acquiring a real-time ratio of the reprocessing coverage rate and the resource consumption corresponding to the balance point, comparing the real-time ratio with a historical optimal ratio, and if the real-time ratio is not smaller than the historical optimal value, determining that a performance bottleneck risk exists, and analyzing a risk cause.

The invention relates to the technical field of equipment monitoring, in particular to a method and a system for collecting and monitoring production data of automotive trim injection molding equipment. Comprising the following steps: firstly, acquiring real-time operation state data from injection molding equipment through a communication node, generating an equipment state data set, and constructing a parameter coupling model through a time sequence analysis method; when the temperature parameter fluctuation exceeds a preset threshold value, fusing the pressure data to generate optimal configuration, transmitting the optimal configuration to related equipment through an interactive network, and determining a linkage parameter set; thirdly, the linkage parameter set is processed through a classification method, a deviation index is obtained, a synchronization instruction is generated according to deviation, it is ensured that beats between the devices are consistent, and a unified production cycle is formed; and finally, through the prediction model, extracting production cycle data, predicting parameter fluctuation, adjusting equipment parameters, and determining final process configuration. The problems of beat deviation and parameter fluctuation between injection molding equipment in production are solved, the production process is optimized, and the production efficiency and the product quality are improved.

The invention provides a production process configuration method and device for a manufacturing execution system in the technical field of industrial manufacturing informatization. The method comprises the steps that S1, customized information is extracted from order data to generate a production task instruction; s2, matching resource requirements based on the production task instruction to generate a resource allocation list; s3, generating a flow configuration file based on the resource allocation list and the production task instruction, and issuing the flow configuration file to a corresponding production execution unit to execute production operation; s4, collecting production data from each production execution unit in real time, recording production logs in real time, and carrying out standardized processing and unified storage on the production logs; and S5, carrying out real-time monitoring on a production task state, a production resource state, a system operation state and a change condition of order data, and dynamically reconstructing a process configuration file. The method has the advantages that the flexibility, the automation level and the response efficiency of production process configuration are greatly improved.

The embodiment of the invention discloses a business process configuration method and related equipment, which are used for performing business process configuration under the condition of improving the business process configuration efficiency. The method comprises the steps of obtaining a configuration item set of each business scene in a basic data configuration layer, constructing a process model of each business scene in a process model construction layer based on determined nodes of each business scene and association relationships among the nodes, and generating a scene configuration scheme of each business scene, storing the scene configuration scheme of each business scene generated in the process model building layer in a configuration result layer, displaying the scene configuration scheme of each business scene to a client through a target interface, and displaying the scene configuration scheme of each business scene according to a target process model of a target business scene determined by the client in a business operation layer. And dynamically loading an input value of a target configuration item of the target service scene input by the client, generating a service flow of the target service scene, and returning the service flow to the client for execution.

The invention provides a construction site laboratory digital management method and system based on information sharing, and the method comprises the steps: firstly collecting the information sharing demands of a quality supervision mechanism, a project owner, a grade detection mechanism, a construction site laboratory and other subjects on the business processing, supervision and guidance, cooperative management and other aspects of the construction site laboratory; secondly, building a multi-subject adaptation module by utilizing an NET research and development framework, selecting and combining functional modules according to acquired requirements to complete building, then setting a transfer node and associating subject operation authority based on a sub-pressing sharing requirement type so as to dynamically configure an information sharing approval process, and then utilizing a front-end tool with a table editing function to complete the information sharing approval process. Sharing information items are integrated according to business scenes, transfer nodes are associated, a scenarized sharing information template is generated, finally, directional information sharing among multiple subjects is executed based on the scenarized sharing information template, feedback information is collected to optimize adaptation module function combination and information sharing approval process configuration, and construction site laboratory digital efficient management is achieved.

The invention relates to the technical field of communication, in particular to an intelligent chemical single-process optimization design method and system based on dynamic decision, work order state change is carried out through a process engine according to a rule result, and when a rule engine returns a single node, a state field of a current work order record is updated as a target node name; the method has the beneficial effects that the flexibility and the automation degree of the process are improved, automatic adjustment of the process path is realized through a dynamic decision mechanism, manual intervention is reduced, and the processing efficiency is improved; multi-system integration and cooperative processing are supported, and seamless connection with a third-party system is realized due to an open interface and an integration capability, so that the cooperative efficiency of a business process is improved; the mobile terminal is adapted, so that the service linkage efficiency is improved; the process is imported and exported in a one-button mode, the traceability and stability of process configuration are ensured through a process management and version control mechanism, and maintenance and optimization of the process are facilitated.

The invention discloses an efficient automatic paper box production system and a manufacturing method thereof. The manufacturing method comprises the steps that an automatic detection system comprehensively recognizes raw materials, checks thickness, humidity and texture parameters, adjusts production line parameters according to detection results and isolates unqualified materials; the production line automatically switches process configuration according to orders, cutting, folding and bonding parameters are adjusted, and a mechanical arm accurately adjusts a folding path; the system monitors the production link in real time, automatically optimizes and adjusts the production line, and corrects the folding precision deviation; in the quality detection link, the appearance, size and printing defects of the paper box are detected through image recognition, and unqualified products are automatically shunted; the production data is uploaded to the big data module in real time, and fault early warning and production strategy adjustment are carried out; according to the efficient automatic paper box production system and the manufacturing method thereof, intelligent control, flexible production switching and automatic quality detection technologies are integrated, existing defects are overcome, the production efficiency is improved, the fault rate is reduced, and the adaptability and flexibility of the system are enhanced.

The invention discloses a transaction project management method based on process configuration, a medium and equipment, and the method comprises the steps: setting a project condition, configuring project process information, carrying out the mapping storage of the project condition and the project process information corresponding to a project, and obtaining a project process template; verifying the project process templates according to a preset rule, and recording the project process templates passing the verification to obtain a project process library; obtaining to-be-handled project information, analyzing the to-be-handled project information by using a large language model, generating condition description information corresponding to the to-be-handled project information, and matching the condition description information with a project process template in a project process library to obtain project process information corresponding to the condition description information; and starting the project flow information corresponding to the condition description information, and sending the data of each business link to the corresponding handling personnel for auditing according to the execution sequence. According to the scheme, the project process can be automatically configured, and project auditing efficiency is improved.

The embodiment of the invention provides a production process configuration method, system and device, a storage medium and a program product, and relates to the field of artificial intelligence. The method comprises the following steps: after obtaining a service demand, analyzing the service demand based on an intelligent agent, and generating corresponding configuration information in combination with a configuration information management rule; in the code development process, the configuration information is adjusted based on the agent according to the change information of the code; and after code development is completed, packaging the latest code according to a preset version management rule based on the intelligent agent, generating a version package, and deploying the version package to a corresponding environment. According to the method, the configuration information is automatically generated according to the service requirements, the configuration information can be automatically adjusted according to needs in the development process, and after the codes are completed, the codes can be automatically packaged and deployed into the corresponding keys, so that developers only need to provide some key service requirements, and the development efficiency is improved. Manual operation links in the production process are reduced, the production efficiency is improved, and the error rate is reduced.

The invention relates to the technical field of intelligent forms, and discloses an intelligent workflow form system based on state driving, which comprises a field authority control module, an auditing process configuration module, a node storage verification module, a composite authority control model and a dynamic form rendering engine. According to the application, through the field authority control module and the audit process configuration module, the static stiffness problem of the authority and the process is solved; through a node storage verification module, the problem of splitting of data verification and version management is solved; all the modules are linked through a unified docstatus value to form closed-loop management, and the problem that the system modules are lack of collaboration is solved. By the adoption of the method and device, the core pain points of a traditional workflow form system in authority dynamics, process flexibility, data consistency and user experience are solved, the enterprise operation efficiency is improved, the adaptability of the system to complex business scenes is enhanced, and the core requirements of intelligence, high efficiency and safety in current digital transformation are met.

The invention relates to the technical field of process management, in particular to an implementation method and system of a process item rule engine based on trusted data space, comprising item engine configuration and management, process configuration and management, service orchestration and process item rule engine use. The method has the beneficial effects that the problems of frequent fixed code modification, insufficient flexibility and high maintenance cost in traditional process management are solved by dynamically configuring the process, the item engine and the form. By establishing a matter-form-process-service orchestration decoupling mapping relation, providing a declarative rule configuration interface, supporting business personnel to autonomously adjust business rules, realizing dynamic assembly of service orchestration and the like, flexible triggering and execution of processes and services are realized, and the development and maintenance cost is reduced.

Provided in the present application are an apparatus and method for training and evaluating an AI model. The method comprises: creating a process task template applied to a containerized application management platform, wherein the process task template comprises: process configuration information associated with a training and evaluation task of an AI model, and a stage flag corresponding to each step in the training and evaluation task; and in response to receiving a start command for a continuous training and evaluation task: querying the process task template, splitting the training and evaluation task into stages on the basis of the process configuration information and the stage flag, so as to construct a task in a training stage, performing product escape analysis on the basis of the task in the training stage, so as to generate a product escape analysis result associated with the task in the training stage, starting the task in the training stage on the basis of a product escape result, and when the task in the training stage reaches a preset training stage node, starting the concurrent running of one or more tasks in an evaluation stage without interrupting the task in the training stage.

The invention discloses a low-code self-defined work order design method and system and a storage medium, and belongs to the technical field of work order self-defined design, and the method comprises the steps: carrying out the analysis and business modeling of a business scene, and obtaining a new business work order; performing work order process configuration on the newly-built business work order based on a process engine; configuring a form for each link of the configured work order process based on a form engine; performing scheduling rule configuration on the form of each process node based on a middle table rule engine; and starting the configured form based on the scheduling module, and completing the creation and processing of the new business work order. According to the method, the work order is configured in a low-code or code-free mode, a newly-added business scene is quickly supported in a form process customizing mode, the flexibility of the system is improved, and the customization capability is enhanced. The service rule is stripped from the service code by docking the middle station rule engine, so that the scheduling rule is flexible and configurable, automatic arrangement, scheduling and execution of the rule are realized, and the efficiency is improved.

The present application relates to a business process configuration method, a data processing method and a device provided by the present application. The method includes: determining the target component selected by the target object in the candidate components by obtaining the selection operation of the target object on the candidate components, wherein different combinations of candidate components are used to transfer virtual resources with different resource providers; determining the sorting information of each target component by obtaining the sorting operation performed by the target object on each target component, wherein the sorting information is used to indicate the execution order of each target component; connecting the target components according to the sorting information to obtain the target business process. The method provided in the embodiment of the present application can flexibly configure the workflow, and does not need to redevelop a new set of workflows every time an expansion is performed. It has strong reusability, greatly reduces the implementation cost of workflow establishment, and can effectively improve the efficiency of workflow construction.

1. Name of the product in this design: Graphical User Interface for Displaying the Process Configuration of Electronic Equipment. 2. Purpose of this design: An electronic device. 3. The key design features of this product are the graphical user interface portion of the electronic device for which protection is sought. 4. The picture or photo that best illustrates the key design points: Design 1 main view. 5. The electronic devices in Designs 1-5 are conventional designs, and other views are omitted. 6. Design 1 is designated as the basic design. 7. Purpose of the graphical user interface: The product interfaces of Design 1-Design 5 are interactive interfaces for displaying the configuration of industrial visualization processes; the interface is used to configure dynamic and interactive characteristics in HMI configuration, and corresponding operations can be performed by clicking the toolbar on the left side of the interface or the settings bar on the right side of the interface.

The embodiment of the invention provides an information reading method, a terminal, a storage medium and a program product, and relates to the field of data processing, the information reading method is applied to a first process running in the terminal, and the method comprises the steps that if a reading requirement of process configuration information exists, whether the process configuration information of a target process is stored in a cache or not is judged, the target process is a process indicated by the reading demand; if yes, directly reading the process configuration information stored in the cache; otherwise, under the condition that the unique access permission of the configuration information file of the target process is not occupied, reading the process configuration information recorded in the configuration information file, and storing the process configuration information in a cache. By applying the scheme provided by the embodiment of the invention, the process can efficiently read the process configuration information of the process or other processes.

The present application discloses a visual process management method and device, which relate to the technical field of server process management, and solves the problem of difficulty in process management caused by the fact that the running status of the server process in the prior art is invisible to the user. The method comprises: registering the process information to be managed into the process management module, monitoring the changes of the process configuration information and performing the control of the actual operating system process, monitoring the alarm events occurring during the running of the process to be managed in real time, visually displaying the whole life cycle of the process to be managed on a Web page, sending the alarm information to a designated channel through a preset sending channel, enabling the parent process set by the present application to start the child process that hopes to be controlled throughout its life cycle, and receiving the event information related to the child process life cycle, and supporting the configuration of event matching alarm rules to send the process abnormality alarm information to the relevant channel.

The invention discloses a flow processing method and device supporting personalized configuration, and relates to the technical field of information systems. The method comprises the following steps: determining a first approval template from a plurality of approval templates, performing parameter configuration on the first approval template to obtain an initial approval process, and setting a trigger condition for the initial approval process; when the trigger condition is activated in the execution process of the initial approval process, matching from the plurality of approval templates according to the trigger condition to obtain a second approval template; determining a process jump point between the first approval template and a second approval template, and configuring approval data for an approval node needing to be executed in the second approval template; and executing the approval process according to the initial approval process, the process jump point and the approval node needing to be executed in the second approval template. According to the implementation mode provided by the invention, better personalized support is provided for flow configuration.

The invention relates to the technical field of low-code platforms, and provides a low-code process generation method based on an AI large model, and the method comprises the steps: S1, obtaining a business demand description text through a natural language interaction interface; s2, inputting the business demand description text into the trained AI large model, training the AI large model based on the security industry historical process data, and outputting a Markdown format intermediate file comprising a form definition module and a process definition module; s3, analyzing the Markdown intermediate file through a format conversion program, and generating a process configuration file conforming to a target low-code platform specification; and S4, deploying the process configuration file to a self-developed low-code platform, and generating an executable business process application. According to the method, prototype design of a form and a process is converted into a format which can be identified by a low-code platform and is imported, and finally a formal annual authorization entrusting process is generated, so that digital and automatic management of the business process is realized.

The application relates to the technical field of automatic dispensing control, in particular to a high-speed dispensing control method and system of a dispensing machine, an electronic device and a storage medium.The application obtains dispensing process configuration information of the dispensing machine, determines target pressure of a hydraulic circuit of the dispensing machine and target temperature of glue liquid according to the dispensing process configuration information, obtains an actual temperature of the glue liquid, generates a heating instruction based on the target temperature, heats the glue liquid until the actual temperature is equal to the target temperature, supplies glue to a dispensing valve of the dispensing machine according to the target pressure when a starting signal of the dispensing machine is received, obtains dispensing position coordinates of the dispensing machine, controls the dispensing valve to move to a target position according to the dispensing position coordinates, generates a dispensing-in-place signal, and generates a dispensing instruction to control the dispensing valve to dispense glue based on the dispensing-in-place signal.The above technical scheme solves the problems of slow dispensing efficiency and unstable glue point quality of the existing pneumatic valve dispensing mode.

The application discloses a large-scale equipment manufacturing BOM reconstruction method and relates to the field of digitization. The large-scale equipment manufacturing BOM reconstruction method comprises the following steps: step one, enterprise evaluation, according to the data size of equipment development, the size of the enterprise, the enterprise supply management mode and the project division characteristics, the enterprise is evaluated; step two, according to the characteristics of different enterprises, the construction path is divided into EBOM→PBOM→MBOM construction path, EBOM→MBOM construction path and EBOM→PBOM construction path. The large-scale equipment manufacturing BOM reconstruction method, each enterprise plans manufacturing BOM according to the data size of product development, the size of the enterprise, the enterprise supply management mode, the characteristics of project division, and the effective management of manufacturing process data is realized by the best, most convenient and most economical process configuration management scheme, and the reconstruction mode and architecture of PBOM and MBON are planned based on the effective management of product development process data as a starting point.

The invention discloses a zero code integration verification system and method. The system comprises a device configuration module, a protocol configuration module and a process configuration module. The equipment configuration module is used for realizing parameter configuration and verification of the instrument and executing instrument operation in combination with an instruction sequence of the process configuration module; the protocol configuration module is used for analyzing and packing data in a preset protocol table; the protocol table defines a complete rule of the test case through a structured field; and the process configuration module is used for analyzing the test process into an executable instruction sequence to realize dynamic decoupling of the test logic, the instrument hardware and the test case. The problems that an existing integrated test scheme is low in development efficiency, high in maintenance cost and high in coupling of a specific instrument and a test case can be solved.

The present application provides an approval process configuration method, apparatus, device and storage medium; the method includes: on the approval process management page, entering the process configuration page in response to a preset creation operation, and displaying the basic process layout corresponding to the preset creation operation on the process configuration page, wherein the process direction line in the basic process layout includes an add-type control; in response to a branch addition operation for the add-type control, creating and displaying a first branch process in parallel with the initial branch process in the basic process layout in the basic process layout, thereby obtaining the current process layout; receiving a configuration operation for at least one of a condition setting node, a basic node and a first branch node, generating and publishing target process configuration data corresponding to the current process layout, the target process configuration data being used to present and drive the corresponding target approval process on the approval terminal running the approval process. Through the present application, the flexibility and efficiency of the approval process configuration can be improved.

The invention relates to the technical field of wire harness production management, in particular to an MES system management and control method and system based on wire harness production and manufacturing. The method comprises the following steps: acquiring and analyzing wire harness structure data and process configuration data, splitting a plurality of wire harness process units, associating corresponding process parameter sets, station identification data and resource identification data for the wire harness process units, and constructing wire harness process unit description data; and based on the wire harness process unit description data, mapping is established between each operation state and the wire harness process unit in the production process, the operation state is marked as a qualified process parameter, and a parameter dynamic baseline is constructed. According to the method, a refined MES management and control mechanism which takes a wire harness process unit as a core and is based on a dynamic parameter baseline and risk grading is constructed, so that intelligent optimization of quality, risk and efficiency in the production process is realized.

The invention relates to the technical field of computer informatization, and discloses a resource information management method and device, equipment, a medium and a product, and the method comprises the steps: creating a process definition file which is used for defining task nodes when resources are used and a circulation sequence of a plurality of task nodes; binding a resource type for the process definition file; the process definition file is released to a workflow engine, task nodes in the process definition file are displayed through the workflow engine, and the workflow engine and codes of the resource management system are in a decoupling relation; endowing each displayed task node with a processor; and storing the process information which is currently endowed with the processor and bound with the resource type into a process configuration information table, and storing the process configuration information table in a resource management system for being read by the resource management system when the user applies for using the resource through the resource management system. According to the invention, the flexibility of the process approval project in the resource management system is improved.

The application provides a configuration-driven DL4NLP model automatic training and deployment method, which comprises the following steps: parsing a YAML configuration file and verifying parameters to generate a unified process configuration; automatically loading data and performing preprocessing according to the configuration to generate a model input tensor; instantiating model components through a component factory and assembling the model components into a complete network model; automatically configuring a training environment to train and evaluate the model to obtain an optimal model; exporting the model into a TorchScript format binary file; and automatically generating a standardized deployment package based on a template engine. The application abstracts the whole process of model development and deployment into a configuration-driven standardized pipeline by parsing the YAML configuration file, automatically performs data loading and preprocessing, model component instantiation and assembly, training optimization and deployment package generation, and solves the problems of low development efficiency, long cycle and technical gap between training and deployment caused by repeated code writing and manual conversion and deployment for different tasks in traditional model training and deployment.

A digital back-end IP automatic integration method and system, the method comprising: receiving and analyzing an input file of a target IP, the input file comprising a standard IP integration configuration table, a process configuration file, and an IP physical information file; based on the analysis result, generating a structured IP integration standard file; according to the IP integration standard file, in combination with a command of a layout wiring electronic design automation tool, respectively generating an IP automatic integration script and an IP integration automatic check script; and in the layout wiring electronic design automation tool, executing the IP automatic integration script to complete integration of a target IP, and executing the IP integration automatic inspection script on an integration result to generate an inspection result. According to the method, on the basis of a standardized input file, an integration and check instruction which can be executed by a machine is analyzed and automatically generated, and is automatically executed in an EDA tool, so that full-process automation from rule input to physical implementation and verification is realized, and the integration efficiency and reliability are improved.