8 results about "Information warehouse" patented technology

The invention belongs to the technical field of nuclear power, and particularly relates to a motion control system and method for a fuel assembly operation robot. According to the invention, through a strategy of dynamically generating the matching template, the generation of the template is based on the real-time sensed fuel assembly state information (such as rough position, attitude estimation and key feature points) in cooperation with the preset assembly feature knowledge base (such as geometric structure, key contour feature and grabbing interface position relation); the special packaging tool realizes real-time template generation on the fitted contour surface, and meets the high-precision positioning requirement of motion control of an operation robot. In addition, a special data assembly algorithm set and a matched information warehouse are packaged, so that the whole fuel assembly operation robot device has task configuration and full-automatic task implementation capabilities.

The invention provides an intelligent management method and system for prefabricated part transfer and storage based on multi-source data fusion, and the method comprises the steps: constructing a prefabricated part position recognition device based on a Beidou positioning technology and a visual positioning technology, and achieving unified time synchronization with UTC as a time reference; positioning and identifying spatial position information, an image spatial positioning reference and component attribute information of the prefabricated component based on a prefabricated component position identification device; constructing an equipment data fusion and management software system, and integrally binding the spatial position information, the image spatial positioning reference and the component attribute information based on the equipment data fusion and management software system to obtain a unique identity code of the component; and on the basis of the unique identity code of the component, the factory-oriented intelligent management and scheduling optimization of the prefabricated component are realized. According to the invention, full-process intelligent management of the prefabricated parts from positioning, identification and information storage to transfer and storage, stacking optimization and factory dispatching is realized.

The invention belongs to the technical field of nuclear power, and particularly relates to a nuclear power plant pipeline scanning task management system and method based on a dynamic configuration information warehouse. According to the system packaging special data assembly algorithm tool and the matched information warehouse, the nuclear power plant pipeline scanning device has configuration efficiency and full-automatic task implementation capability. The system can be suitable for various control cards through a configuration mode, reduces the technical dependence on an operator through a pre-configuration strategy, and shortens the training period. The problems that a control system in the nuclear power plant pipeline scanning service field is low in function reuse rate and high in function reconstruction cost are solved.

The invention discloses a method for upgrading and transforming an analog simulation system based on point-to-point communication, which comprises the following steps of: upgrading a communication protocol, forming communication middleware by establishing a DDS (Direct Digital Synthesizer) information warehouse and packaging a communication data interface in an original system, and establishing connection between operating console software and the DDS information warehouse through the communication middleware, completing data subscription and distribution; the method comprises the following steps: transforming data sending ends of software in an original system, only reserving a sending end generated by a data source and ignoring a forwarding data link among the software through data interface arrangement and transmission process tracing, then calling a corresponding data distribution interface function of communication middleware to replace an original sending end module, and uploading data to a communication bus; each software receiving end in an original system is transformed, each software subscribes to a data interface which needs to be received, then a corresponding data receiving interface function of communication middleware is called to replace an original TCP receiving end module, and needed data is obtained from a communication bus.

The application relates to the technical field of servers, and specifically provides an emergency material scheduling method, system, device and storage medium, which comprises the following steps: collecting disaster information, warehouse data, traffic states and environment data to construct a fusion data set; loading a pre-training weight model based on the disaster information, and calculating a multi-dimensional comprehensive score of each warehouse; generating an initial scheduling scheme by using a greedy algorithm, and generating a Pareto front candidate scheme by iteration through a multi-objective optimization algorithm; performing inventory dynamic deduction on the candidate scheme to predict the influence of the inventory state; and selecting a final scheme in combination with multi-objective evaluation results and inventory influence. Through dynamic weight evaluation and a multi-objective optimization mechanism, the application solves the limitations of a traditional scheduling method.

To provide a smart management system for a cold chain logistics warehouse based on big data.SOLUTION: The smart management system includes a step of obtaining and analyzing a loading plan to determine drug information and warehouse information, a step of analyzing the drug information to determine an appropriate storage temperature, a step of analyzing the drug information, the warehouse information and the appropriate storage temperature to estimate a quality guarantee time of the drug in a non-cold chain environment, a step of determining vehicle information based on the appropriate storage temperature and the drug information, and a step of formulating a loading strategy for cold chain logistics warehouse management to refer to based on the drug information, the warehouse information, the vehicle information and the quality guarantee time in the non-cold chain environment.SELECTED DRAWING: Figure 2

Provide a system. 【Solution means】 Means for receiving applicant information and storing it in an information warehouse, Means for analyzing applicant information using a generative AI model and extracting skills and experience, Means for comparing the extracted content with job requirements and evaluating candidates, Means for listing suitable candidates based on the evaluation, Means for obtaining the available time of administrators and candidates and proposing interview schedules, Means for communicating the confirmed schedule, Means for evaluating and scoring the suitability of candidates to select candidates suitable for industrial facilities, Means for an administrator to select candidates and propose interviews using a smartphone, A system including the above.

A system for delivering contextual responses through dynamic integrations of digital information repositories with inquiries, comprising a computing device configured to collect a plurality of inquiries associated with an entity, access a plurality of digital information repositories in communication with the at least a processor to retrieve a plurality of entity records pertaining to the entity, extract one or more entity features from the plurality of inquiries and the plurality of entity records, implement a nested data storage structure to store the plurality of inquiries and the plurality of entity records based on the one or more entity features, generate, at one or more process models interfaced with the computing device, one or more contextual responses upon receipt of an additional inquiry by traversing the nested data storage structure, and display the one or more contextual responses to the entity through a user interface at a display device.