29 results about "Technical management" patented technology

The invention discloses a smart park facility predictive maintenance system based on a digital twinborn technology, and relates to the field of smart park facility maintenance. Comprising a data acquisition module, a preprocessing module, a digital twin model construction module, a fault prediction module, a maintenance decision module, a maintenance resource management module, a user interaction module, a system management module, a spatio-temporal data analysis and prediction module and a social-technical system fusion module. The method comprises the following steps: collecting and fusing a risk-dependent frequency modulation rate of quantum sensing, improving speed and precision by means of quantum calculation, fusing a digital twin model into a meta-universe concept and an intelligent agent, predicting a fault by combining quantum machine learning and causal inference, optimizing a maintenance decision based on a game theory and reinforcement learning, and managing resources by using a block chain-Internet of Things fusion technology. The invention discloses a brain-computer interface and holographic projection interaction and quantum encryption dual-protection management system. The system is accurate in data acquisition, vivid in model construction, accurate in fault prediction, scientific in maintenance decision, efficient in resource management, immersive in interactive experience and safe and stable in system, and ensures stable operation of park facilities.

The invention belongs to the technical field of constructional engineering, and particularly relates to an intelligent special construction scheme recommendation terminal based on an information network, and the recommendation terminal comprises a scheme compiling and review module which is used for carrying out the retrieval and matching of a related standardized technical scheme template through inputting a keyword, and intelligently assisting a scheme compiling worker to compile a construction scheme online; the technology online disclosure module is used for generating and approving second-level and third-level technical disclosure and implementing management and control; and the scheme implementation module is used for performing key process management and risk point monitoring through an intelligent construction site and a BIM technology, and ensuring datamation and visual management in a scheme implementation process. According to the intelligent special construction scheme recommendation terminal based on the information network, management and control are carried out around the whole chain of the technical scheme, the whole process management and control of the whole technical scheme are associated for management, the process can be traced, data can be archived, a global technology whole process management supporting platform is built, and the informatization and digitization level of the whole process of technology management is improved.

The invention provides a hydraulic ring geological information system based on business full life cycle digital intelligence, and the system comprises five parts: infrastructure, a data center, a functional center, an application scene, and a user group. A hydraulic ring geological service is divided into four fixed basic process units including service deployment, service execution, service inspection and data management and application, and digital closed-loop management which is based on a PDCA ring and covers the full life cycle of the hydraulic ring geological service is constructed; a hydraulic ring big data center composed of hydraulic ring subject knowledge, technical rules, business knowledge, an algorithm model and business data is established, and intelligent control over the hydraulic ring geological business process is achieved based on the big data technology and the artificial intelligence technology; based on a software engineering principle, a modular design method, multiple software design modes, a micro-service architecture and an interface technology are adopted, and five function modules of service management, business management, technology management, model management and data management are divided.

The invention relates to the technical field of cloud computing, and particularly discloses an industrial design collaborative optimization system based on cloud computing, a data acquisition module acquires key parameters in an industrial design process in real time, and a data processing module manages mass data by adopting a distributed storage technology and performs normalization processing on the acquired parameters to ensure data comparability; the data analysis module constructs three core index model server state indexes for reflecting the load condition of computing resources, a collaborative efficiency index for evaluating collaborative communication and data synchronization efficiency and a design quality index for quantifying task progress and precision errors, and the state evaluation module judges whether the system has risks or not through dynamic threshold comparison and determines whether the system has risks or not. And a potential risk coefficient is calculated, comprehensive early warning is carried out in combination with a reliability index, and efficient management and risk control of an industrial design cooperation process are realized.

The invention relates to project management of construction enterprises, in particular to an engineering project technology management system which is particularly suitable for technical management in project-enterprise integration. The invention aims to standardize technical system management of enterprises, improve working efficiency and settle technical basic data, and provides a system suitable for enterprise-level and project-level construction technical management. According to the engineering project technology management system, the platformization of daily technology management is realized through 19 functional modules of the platform, and each functional module is linked with project-level and enterprise-level approval processes. Firstly, technicians of a project can quickly master standards and requirements of various functions, templates can follow the standards and requirements, and the working efficiency and the working quality are improved; technical management data of the project can be stored in a database, and traceability is high; thirdly, the technical basic data logicality is high, and errors are avoided; 4, project technical data can be shared in real time; and fifthly, the enterprise background can monitor the project in real time.

The application discloses a curve model for controlling the amount of secondary cooling water of continuous casting, and the curve model is W=V c 2 ×B×K0×λ / V0+V c ×B×K0×(1-λ); the curve model can well adjust compensation for water demand changes caused by changes of factors such as a pulling speed, a steel type and seasons, and can stabilize production and quality; technical management personnel can flexibly apply the curve model to control production according to production conditions, and the curve model has strong universality, is simple and practical.

The invention provides a product commissioning method and device, electronic equipment, a medium and a computer program product. The method and the device can be used in the technical field of automatic testing and finance. The product commissioning method comprises the steps of obtaining m demand items of a product version commissioned this time, technical parameter configurations designed in one-to-one correspondence with the m demand items, and a mapping relation between the demand items and the technical parameter configurations; the technical parameter configuration and the product version of the m demand items are tested through a pre-configured technical parameter management and control platform, a technical management and control report is obtained, and the technical parameter management and control platform is configured to be capable of testing the design quality and function of the technical parameter configuration; the commissioning process and the commissioning content of the product version can be tested; and when the technical management and control report is passed, commissioning the version of the product commissioned this time.

The invention belongs to the field of aircraft data management process construction technology management, and relates to a module-based aircraft simplified configuration management method. The method comprises the following steps: creating an engineering change suggestion ECP for a configuration file in an aircraft configuration management platform ACME; calling an LCA interface to carry out number changing or version raising operation on a configuration file in the LCA; generating a change instruction ECO according to the engineering change suggestion ECP; calling an LCA interface to carry out data change on a configuration file in a lifecycle management system LCA; and checking the change execution conditions of the ECP and the configuration file in the LCA, and if the ECP and the configuration file in the LCA are consistent, importing the data in the LCA into an aircraft configuration management platform ACME for checking and signing a change instruction ECO. According to the method, the technical state management and control cost and difficulty are reduced, the engineering change in the trial-manufacturing process is completely controlled, and the engineering change efficiency is improved.

A know-how management method performed by an information processing apparatus includes identifying, upon acquiring know-how information, a technical field of the know-how information, and performing version management of a plurality of pieces of know-how information independently for each identified technical field.

The application discloses a kind of wind power construction's operation task intelligent management and automatic report generation method, belong to engineering technical management field.This method is by deploying multi-source perception equipment in construction site, real-time collection personnel, equipment, environment and regional data, using 4G / 5G, LoRa and other multi-network fusion transmission and edge computing technology, constructs wind power construction site digital twin.Based on deep learning, random forest, LSTM neural network and other AI algorithms, construct intelligent task scheduling, risk prediction and early warning and safety quality monitoring subsystem, realize task automatic distribution, risk early 7-15 days warning, safety quality intelligent identification.Construction automatic report generation module, support progress, quality, safety, cost and other multidimensional report automatic generation.Through system integration realizes cross-platform data sharing, using reinforcement learning to continuously optimize system.The application can improve construction efficiency and safety quality identification accuracy, realize the change from experience-driven to data-driven for wind power construction.

The invention discloses a bearing retainer machining process which comprises a pocket plunge milling mode and a pocket turning mode and belongs to the technical field of bearing part machining. According to the technology, the pocket machining precision, stability and production efficiency are effectively improved by optimizing pocket plunge milling and turning process parameters and technical management and control according to key machining links of a centrifugal tube material bearing retainer with the diameter of 1-1200 mm and focusing pockets. According to the pocket plunge milling mode, pockets are formed through layered efficient turning, the pocket size precision is guaranteed through precise turning in the pocket turning mode, roundness deformation can be strictly controlled through the two technologies, the contour precision and the pocket precision are guaranteed, and the quality consistency of products with different diameter specifications is improved.

The invention is suitable for the technical field of project management, and relates to a multi-module management system and method taking investment control as a core, and the system comprises a quality control module which is used for achieving the first project, inspection management, supervision management, quality assurance data, quality inspection, and handing-over acceptance; the progress control module is used for construction log management, construction technology management, temporary construction project management, project acceptance management, reward and punishment management and progress plan management; the investment control module is used for realizing prediction, planning, control, accounting, analysis and assessment of a project investment target; the contract management module is used for realizing basic configuration, income contract management and expenditure contract management; the information management module is used for collecting, storing, processing and applying data; and the organization coordination module is used for carrying out cross-unit communication, archiving chat official documents, converting chat items into supervision, metered events and logs, and converting chat contents into construction progress. The data relevance between the modules is high, and the management efficiency is high.

The utility model discloses a portable wireless on-line monitoring device for well washing, which comprises a base, a frame, a pipeline, a jack, a pipe hoop lower bracket, a supporting plate, universal wheels and an explosion-proof box, and the base and the frame are fixed to form an L-shaped structure. The device has the advantages of being portable and movable, the height of the pipeline can be conveniently adjusted through the jack so that the two ends of the pipeline can be conveniently connected with the well washing pipe and the quick connection connector, the pressure transmitter and the temperature transmitter are installed at the threaded connector of the pipeline, and a probe of the ultrasonic flowmeter is installed on the pipeline. On-line data of the instrument is transmitted to the intelligent ARM development board in the explosion-proof box through a 485 communication protocol, the situation that operation is not carried out according to operation regulations can be remotely transmitted to technical management personnel or a technical center in an operation area, and remote monitoring, automatic alarm and real-time inquiry are achieved. One person monitors multiple wells, and the well washing quality of oil wells and water injection wells in an operation area is more strictly controlled and improved through automation and intelligence.

The invention discloses a railway train operation efficiency management and analysis method integrating multiple systems, which comprises the following steps of: respectively accessing a safety management information system, a railway wagon technical management information system, a locomotive dispatching system, a railway transportation unification system and a train operation monitoring and recording system, and distinguishing according to train head behaviors by taking a train head as a benchmark; the method comprises the following steps: respectively establishing a final arrival train operation model, a starting train operation model and a rapid turn-back train operation model of a train, acquiring various data of a train head in the actual operation process of the train, and performing comparative analysis according to the data recorded by a train operation monitoring and recording system and the models; a plurality of systems are accessed, and the information of the train running state and the recorded running model and standard information are compared and analyzed, so that the monitoring of the train running state and the matching state among departments can be quickly and accurately realized.

Gather tacit knowledge from experts. [Solution] The agent system 2 is characterized by comprising a video playback unit 26 that displays a video recreating the site on a display 41 and presents it to the user 4, a question unit 27 that has the agent, which uses a large-scale language model 200, ask the user 4 how to respond in each situation at the manufacturing site 1, and a data collection unit 28 that collects the dialogue between the agent and the user 4.

The invention relates to a technical management system (1) for orchestrating a plurality of technical components (12) of a technical system (10), wherein each technical component (12) of the plurality of technical components is a hardware component or a software component, wherein each technical component (12) of the plurality of technical components comprises at least one active part, wherein the plurality of technical components (12) interact with each other in the technical system, comprising: a. a runtime environment (14) for the active parts of the plurality of technical components (12); wherein the active parts of the plurality of technical components (12) execute in the runtime environment (14); and b. an interface (16) for the active parts of the plurality of technical components (12); wherein the interface (16) is configured for establishing the execution of the active parts of the plurality of technical components (12) in the runtime environment (14). Further, the invention relates to a corresponding runtime environment, a corresponding interface, a corresponding computer-implemented method and a corresponding computer program product.

The invention relates to a user-defined operation method and device of a medium-thickness plate steel rolling automatic production process control system, and the control system comprises a plurality of control model calculation processes which are divided into three stages: an input data preparation stage, a rapid calculation stage and an output data generation stage, the input data preparation stage is connected with a control system picture subsystem; and the picture subsystem is connected with a picture terminal capable of manually performing picture operation, and is also provided with an automatic operation rule execution device. The user-defined operation method comprises the following steps: step 1, a technical manager compiles an automatic operation rule script; 2, when the plate blank is discharged from the heating furnace, the automatic operation rule is executed; 3, an automatic rule result is input, a rolling mill control model carries out setting calculation, and a rolling mill accepts setting and executes the setting; 4, the plate blank is conveyed to the rolling mill to be rolled; and 5, the rolling mill executes rolling according to the rolling mill execution parameters which are adjusted in advance. According to the invention, an automatic operation rule is realized in a steel rolling control system, the labor intensity of operators is reduced, and the mass production quality stability and unmanned production process are improved.

The invention discloses a butt joint support system and a butt joint method for a government information management system and a data demand unit, relates to the technical field of government information sharing, and aims to solve the problem of low efficiency of the existing government information management system butt joint technology. The storage module is used for storing preset docking work specifications and overall technical guidelines; the page configuration module is used for configuring and displaying a system home page, a system list page, a data directory page and a data resource page; the service gateway module is used for realizing three butt joint modes of the government affair information management system and the data demand unit; the process engine module is used for pre-configuring circulation rules of specified four types of business processes; the data backflow module is used for realizing technical management and control of a data backflow whole process between the government affair information management system and the data demand unit; and the application management module is used for storing government affair data application specifications and effect evaluation indexes. According to the invention, unified access, display and application of the government affair information management system can be realized.

A technical management system for orchestrating a plurality of technical components of a technical system is provided, wherein each technical component of the plurality of technical components is a Hardware component or a Software component, wherein each technical component of the plurality of technical components includes at least one proactive part, wherein the plurality of technical components interact with each other in the technical system, including: a. a runtime environment for the proactive parts of the plurality of technical components; wherein the proactive parts of the plurality of technical components are executed in the runtime environment; and b. an interface for the proactive parts of the plurality of technical components; wherein the interface is configured for establishing the execution of the proactive parts of the plurality of technical components in the runtime environment.

Collect tacit knowledge from experts. [Solution] The agent system 2 is characterized by comprising a video playback unit 26 that displays a video of the site on a display 41 and presents it to the user 4, a questioning unit 27 that asks the agent using a large-scale language model 200 questions of the user 4 about how to respond to each situation in the manufacturing site 1, and a data collection unit 28 that collects dialogue between the agent and the user 4.

The invention belongs to the field of aircraft research and development process construction technology management, and relates to an aircraft product configuration item division adjustment management method. The method comprises the steps of S1, classifying configuration items according to design data types, and dividing the configuration items into a machine body structure class, a matched product class, a pipeline class, a wire harness class, a guarantee equipment class and a technical data class; s2, performing configuration item selection step by step based on an aircraft product decomposition structure, and forming three types of resource trees of universal configuration, selected installation items and customized items from a project level, an aircraft level, a system level, a subsystem level and a subsystem level; s3, starting configuration item division in the detailed preliminary design stage, wherein each configuration item is divided according to a specified division principle; and S4, in a detailed design stage and an engineering change stage, performing content adjustment on each configuration item by adopting a graded auditing and signing process. The technical state management efficiency of the whole life cycle of the aircraft is improved.

Embodiments of the present application disclose devices, methods, systems and program products for technical management of hardware components of a device at assembly. A device has a processor and a memory storing code executable by the processor. The processor obtains a function of a hardware component to be deleted in the hardware component; operates a virtual fuse to delete a data area related to the hardware component and permanently delete access to the function of the hardware component; and indicates a state of the function on the hardware component after operating the virtual fuse to delete the access to the function of the hardware component. Embodiments of the present application avoid designing and manufacturing products of different physical structures to support enabling and disabling of various functions, and provide personalized hardware function enabling and disabling services for users.

The invention discloses a railway wagon axle maintenance operation method and management system, and the system comprises an MES system, and a railway wagon technical management information system, an RFID equipment control subsystem, a three-dimensional warehouse subsystem, an automatic transfer equipment control subsystem, and a maintenance equipment control subsystem which carry out information interaction with the MES system. Data standardization is performed on PLC control-based equipment interaction data, equipment state and action data and uploaded maintenance data applied in information interaction, so that an information interaction process can be performed, and an MES system acquires information of other systems through information interaction and controls the corresponding systems according to the acquired information. Therefore, the whole automatic maintenance process of automatically transferring the axle at the off-line position of an existing vehicle among all working procedures through the transferring equipment, automatically maintaining the axle through the maintenance equipment, automatically entering and exiting from a three-dimensional warehouse and the like is achieved, and the maintenance process efficiency of the whole axle maintenance workshop is improved.

A low-code system supporting a full code generation function and a development method therefor, relating to the technical field of software development. The development method for the low-code system supporting the full code generation function comprises: building an independent operation center, configuring the environment of a running state service, and exporting data when a design state application is released; for a cloud environment, using application management package Helm technology to manage a Kubernetes application, and creating and starting a running state microservice; implementing independent operation of a running state by pre-setting static configuration of the running state runtime; and adding a code generation function to implement full code generation. The low-code system supporting the full code generation function and the development method therefor, implementing separation and independent operation of a design state and a running state, not only enable quick creation and iteration of an application and lower the development threshold, but also satisfy diverse customization requirements of customers.

A know-how management procedure performed by an information processing device includes identifying, in the case of acquiring know-how information, a technical area of ​​know-how information, and performing version control of a multitude of parts of the know-how information independently for each identified technical area.

The present application provides a heuristic rule method for scheduling a cruise ship production design task plan, comprising the following steps: 1. quantifying the parallel dependency relationship between tasks based on task logic and task maturity; 2. designing a task man-hour-person relationship function integrating learning curves; 3. constructing a plan scheduling model; and 4. proposing a design plan scheduling rule for scheduling the plan. The present application belongs to the field of ship design technical management. By establishing a task execution logic model between different processes within and between various professions in cruise ship production design, defining the concept of task maturity, and using the execution logic and maturity between tasks to draw a task logic directed acyclic graph (DAG), the logical and quantitative parallel dependency relationship between tasks is clearly expressed. A task man-hour-person relationship function integrating learning curves is constructed, and a heuristic rule method is designed to solve the cruise ship production design task execution plan.

The invention discloses an earthwork dynamic allocation modeling method, an allocation method, equipment and a storage medium, and the modeling method comprises the steps: constructing a road matching matrix based on an engineering scene; constructing a cost coefficient matrix based on the road matching matrix; constructing a material source priority matrix based on the road matching matrix; constructing a cost preference matrix based on the material source priority constraint according to the cost coefficient matrix and the material source priority matrix; and according to the engineering construction data related to earth-rock allocation and the cost preference matrix based on the material source priority constraint, constructing an earth-rock dynamic allocation model. According to the method, the earth-rock dynamic allocation model is constructed based on the material source priority constraint, so that the current condition of the project can be better simulated, and an earth-rock dynamic allocation scheme with compliance of the project, economy and reasonability is provided for engineering technical management personnel and field construction personnel.

The invention provides an operator personnel efficiency health degree evaluation method based on multi-post linkage and dynamic weight and related equipment, and belongs to the technical field of information technology management. The method comprises the following steps: acquiring service data of an operator; constructing a knowledge base based on historical data and experience information; the knowledge base comprises a post index factor static weight base, a post index factor relation base and an event base; based on the knowledge base, calculating mutual influence fluctuation between different post index factors to obtain linkage influence data; calculating a dynamic weight according to the multi-post linkage relation matrix model and the linkage influence data to obtain an adjusted dynamic weight matrix; and performing personnel efficiency health degree calculation according to the dynamic weight matrix and the operator business data to obtain a personnel efficiency health degree score. The method can achieve the dynamic and comprehensive evaluation of the work efficiency of the personnel at different posts.

The invention relates to the field of nuclear power plant safety management, in particular to a nuclear power plant iteration progressive human factor engineering verification system based on an intelligent technology, and a human factor engineering grading module of the system carries out risk assessment and hierarchical division on technical transformation subitems; the data acquisition module acquires related information of the technical transformation subitem; the verification model construction module constructs a verification model of the technical transformation subitems according to hierarchical division of the human factor engineering grading module; the intelligent technology management module recommends an improvement scheme for the technical transformation subitems, and carries out human error probability prediction on the technical transformation subitems with relatively large influence levels; and the iterative verification execution module modifies the verification model of the verification model construction module according to the recommended improvement scheme of the intelligent technology management module, and performs iterative simulation verification on the modified verification model. The verification model construction module of the system automatically matches the verification model according to the hierarchy, confirms the final effects of human factor engineering activities of different hierarchies, and improves the verification efficiency of technical transformation subitems.