6results about How to "Achieve transparency" patented technology

The application belongs to the technical field of unmanned aerial vehicle communication, and particularly relates to an unmanned aerial vehicle communication system based on IPv6 multi-homing and multi-path transmission. The system configures independent IPv6 addresses for multiple heterogeneous links of the unmanned aerial vehicle, establishes a binding relationship between the links and the addresses, and generates a service session identifier; address-level state vectors are generated by periodically collecting link state parameters and associating the link state parameters with the IPv6 addresses; the available IPv6 addresses are comprehensively scored based on the state vectors, and the sending proportion of each address is determined according to the service category, so that data fragments are bound to different IPv6 source addresses and sent in parallel; when the link deteriorates, address-level degradation and rapid traffic switching are performed without changing the session identifier; the receiving end uniformly recombines the fragments from the multiple addresses according to the session identifier and the fragment sequence number, and delivers the fragments to the upper layer application. The application improves the communication throughput, stability and continuity of the unmanned aerial vehicle in a multi-link environment.

The control method applied to the batch control system provided by the embodiments of the present specification sets a corresponding graphical device selection strategy for the production node in the batch production process to describe the device selection logic in a graphical manner. Compared with the pure text or code method, the graphical presentation enables the complex logic conditions, judgment branches and execution paths to be intuitively arranged in the form of visual elements such as nodes and lines to form a flowchart, thereby reducing the cognitive load and time cost of engineers in creating, reviewing and understanding the logic and improving the efficiency from the source. In addition, during the selection of the target device, the execution state of the production node and / or the execution process of the graphical strategy are displayed, the logic calculation process of the internal decision of the system is converted into visual information flow that can be perceived by the operator in real time, the internal process that is originally invisible becomes visible, and the transparency of the execution process is realized.

This invention belongs to the field of data security and large-scale scientific instrument management technology, specifically relating to a controlled access and management system for large-scale instrument data. The system comprises a closed network layer: utilizing network devices to construct an independent, physically isolated dedicated local area network (LAN); this network connects only the instrument control host and authorized user access terminals. A data sharing and access layer: a data sharing storage area is set up on the instrument control host; through the closed LAN, authorized user terminals can directly access this area via network paths to browse and download data. This invention achieves controlled, secure access and transmission of scientific instrument data by constructing a closed LAN. This invention is primarily applied to key laboratories in universities, research institutes, and enterprises for managing experimental data generated by high-value large-scale analytical instruments such as mass spectrometers, nuclear magnetic resonance spectrometers, and chromatographs.

This application discloses a temporary power consumption management system, method, equipment, and storage medium, relating to the field of power consumption management technology. The system includes: a business application module, an application approval module, a time limit monitoring module, and a reminder push module. The business application module is used to trigger the temporary power consumption management process; the application approval module is used to track the process approval; the time limit monitoring module is used to monitor the power consumption period and determine the temporary power consumption status (including not yet due, nearing the end of the period, and expired); the reminder push module pushes inspection prompts to the inspection terminal when the status is nearing the end of the period or expired; the inspection terminal receives the prompts and reports the inspection results. Through closed-loop management of online processes, automatic monitoring, early warning pushes, and inspection feedback, the system fundamentally solves the defects of manual management models, such as the risk of overdue power consumption due to omissions in manual verification, and is conducive to meeting the institutionalized and refined management needs of power plant safety production.

This invention discloses a real-time monitoring system for the entire lifecycle of a generator set based on fog computing, relating to the field of periodic monitoring. The method includes: acquiring monitoring network information of the monitoring network corresponding to the target generator set; filtering nodes based on the monitoring network information to determine potential node topologies and monitoring node topologies; calculating the node health entropy of each monitoring node and each potential node to obtain a bidirectional entropy set; making dynamic monitoring decisions based on a preset optimization algorithm, according to the bidirectional entropy set, the potential node topologies, and the monitoring node topologies, to generate a dynamic monitoring scheme; and applying the dynamic monitoring scheme to the monitoring network of the target generator set to perform real-time monitoring. This invention solves the problems of resource waste, low reliability, and poor maintenance in traditional static monitoring systems.

This application relates to the field of suspension bridge cable strand processing technology, specifically disclosing a method for anchoring ultra-high strength cable strands. The method includes the following steps: collecting structural parameters of the anchor cup, wire separator, and wire bundle entities and constructing a digital twin model; collecting process parameters of the cable strand anchoring process and synchronously mapping them to the digital twin model; comparing the collected parameters with preset safety ranges, marking parameters that do not meet preset safety thresholds as process parameters to be adjusted; calculating the actual injection amount by collecting the alloy weight difference before and after anchoring; comparing the reverse displacement curve and injection amount of each anchor with historical qualified data intervals; if the range is exceeded, marking the anchor as a defective anchor and triggering an alarm; retrieving parameters of the defective anchor and analyzing them to obtain an optimized safety threshold range for the process parameters. The purpose of this patent is to solve the problem of lacking effective monitoring and control methods during the cable strand anchoring process, making real-time process monitoring and adjustment impossible.