5results about How to "Realize full control" patented technology

The present invention relates to the field of supply chain management, and is used to solve the problem that supply chain management is too dependent on manual labor, resulting in insufficient optimization of supply chain management and increased operating costs for upstream and downstream merchants. The present invention is specifically a supply chain hierarchical management optimization system based on the intelligent Internet of Things. In the present invention, by simultaneously collecting bottom-end demand information and upper-level supply sources of the supply chain, the whole process information in the supply chain can be controlled. When performing hierarchical optimization management on the supply chain, the whole process of the supply chain is controlled through comprehensive evaluation and analysis of upstream supply capacity, downstream demand capacity and historical stability of the supply chain, so as to ensure the stability of the supply chain operation process. During the supply chain operation process, the supply chain is intelligently selected and controlled. If it does not meet the preset optimal selection conditions, an intelligent optimization analysis is performed, and the supply source under the optimal selection conditions is continuously analyzed, so as to timely replace the supply source that meets the conditions better.

The present invention belongs to the technical field of lighting devices, and specifically relates to a lighting intelligent control and management system, which includes: an intelligent lighting management and control module, a real-time monitoring module, an energy consumption statistics module, a visualization module, a personnel positioning management module, an abnormal alarm module and a system safety management module; the present invention transforms intelligent lighting fixtures in the intelligent transformation area of ​​a coal plant, adopts wireless communication to realize lighting remote management + personnel positioning functions, realizes real-time monitoring and intelligent control of the remote status of intelligent lamps in the intelligent control area, and at the same time uses intelligent lamps as positioning base stations, wirelessly communicates between intelligent lamps and personnel positioning cards, and adopts UWB precise positioning technology to realize the precise personnel positioning function of on-site card-holding operating personnel.

This invention relates to an AI model backdoor defense system and its detection method. The technical solution includes a model security detection module, a backdoor location and tracing module, a backdoor removal and hardening module, a real-time inference protection module, and a security verification and auditing module. These modules are interconnected to form a closed-loop defense architecture. Based on this system, the method identifies model backdoors through multi-dimensional fusion detection, linking the entire process of location and tracing, removal and hardening, real-time protection, and security verification to achieve accurate detection, thorough removal, and real-time protection against various AI model backdoors. This invention overcomes the shortcomings of existing technologies, such as single detection dimensions, lack of closed-loop defense, poor scenario adaptability, and poor real-time performance. It is adaptable to various deep learning models, including large language models and multimodal models, and is applicable to multiple scenarios such as model development, deployment, and supply chain security, improving model security and possessing broad application value.

The application relates to the technical field of water supply pipe networks, and discloses a pipe network rapid butt joint sealing device, which comprises a base, a sealing assembly installed on the top of the base, and two sliding seats one. The sealing assembly comprises two hot pressing rings one and two installed on a hot pressing plate. The two hot pressing rings one and two respectively heat the two butt joint pipe network end portions, so that the two pipe network end portions respectively form outer conical and inner conical regions, the two pipe networks can be nested through the conical structure when butt joint, the molten pipe material deeply penetrates and fuses under extrusion, a stronger anti-pulling structure is formed, the problems of friction damage, leakage risk and inconvenience of later construction and maintenance caused by the turn-up edge are solved, the whole process control of pipe network positioning, heating, lamination and nested extrusion is realized, the sealing property and the structural stability of the conical butt joint are ensured, and the pipe cylinder can better adapt to pressure fluctuation and foundation settlement in operation.

The invention discloses a high-temperature semi-puffing control system based on a PLC (Programmable Logic Controller), which comprises a PLC element, a relay module, a heater, a hydraulic motor, a data acquisition module, a puffing extruder frequency converter, a feeding machine frequency converter, a transmitter module and a temperature sensor, the bulking extruder frequency converter and the feeding machine frequency converter are connected with the data acquisition module, and the temperature sensor is connected with the transmitter module; the PLC element comprises a communication module, a man-machine interface module, a switching value input module and a switching value output module, and the communication module, the man-machine interface module, the switching value input module and the switching value output module are connected in sequence; the data acquisition module, the bulking extruder frequency converter and the feeding machine frequency converter are connected with the communication module, the interaction device is connected with the man-machine interface module, the hydraulic motor, the bulking extruder frequency converter and the feeding machine frequency converter are connected with the switching value input module, and the relay module is connected with the switching value output module.