6results about How to "Reliable management" patented technology

This utility model discloses an optical fiber coiling device, an optical engine, and an optical module, including a coiling frame and a limiter. The coiling frame has a first surface and a second surface facing each other. The second surface is provided with slots for accommodating or aligning the first and second optical components. The first surface is provided with an arc-shaped coiling channel, a coiling structure, and multiple positioning blocks. The limiter cooperates with the first surface of the coiling frame. After the first optical fiber leading from the slot of the first optical component on the second surface reaches the first surface, it is coiled and limited within the arc-shaped coiling channel. The second optical fiber leading from the slot of the second optical component on the second surface is guided and limited to be led out along a non-coiling path. This utility model achieves effective management and reliable fixation of different optical fiber paths, ensuring the bending radius of the optical fiber. At the same time, the coiling frame integrates an optical component protective cover and auxiliary sealing function, effectively optimizing the internal space of the module, simplifying the assembly process, and improving the reliability and production efficiency of the optical module.

The invention relates to a relay cascade control system and method for a grouped heavy haul train, and belongs to the technical field of cascade control, the relay cascade control system comprises a master control locomotive and a master control operation end ECP control device A in the master control locomotive, and a slave control locomotive and a slave control operation end ECP control device B and a slave control operation end ECP control device A in the slave control locomotive; a master control operation end ECP control device A sends a first message to a slave control operation end ECP control device B according to set train marshalling information, receives a second message returned by the master control operation end ECP control device A and then generates a relay reconnection result, and a master control marshalling and a slave control marshalling are initialized by combining the slave control operation end ECP control device A to obtain initialization results; and the master control operation end ECP control equipment A broadcasts an operation mode authorization instruction and sends a braking control instruction to the slave control operation end ECP control equipment A so as to control the slave control marshalling to execute braking or relieving operation, and reliable distributed cooperative braking control over the heavy-load marshalling train is achieved.

The invention discloses a method and a system for eliminating NAT (Network Address Translation) limitation by transforming external TCP (Transmission Control Protocol) connection of an enterprise into QUIC (Query Unified Integrated Circuit) connection, and belongs to the technical field of computer networks. According to the method, client access is guided to an intranet agent through DNS redirection; the client establishes standard TCP connection with the intranet agent; the intranet agent maps the TCP stream data to the QUIC connection or stream actively sent to the public network agent as required; and the public network agent restores the TCP request and relays the TCP request to the target service, and returns in response to the original path. According to the invention, a segmented optimization architecture of the intranet TCP and the public network QUIC is creatively adopted, so that the dependence of the traditional scheme on the long connection of the public network TCP is fundamentally eliminated, the core crux of unstable NAT penetration is solved, the inherent false dead connection problem of the TCP protocol is thoroughly avoided, the completely transparent and zero-transformation access of the client and the intranet service is realized, and the access efficiency of the client and the intranet service is improved. And the system has excellent stability, safety and deployment convenience.

This application relates to a display color management method and system based on federated learning and digital twins. The method includes: collecting local color performance data from multiple medical display nodes to train a color prediction model and obtain local model update parameters; aggregating the encrypted local model parameters using a federated learning server to generate a global optimization model; constructing and maintaining a digital twin for each medical display node using a digital twin platform, driving the digital twin to predict future color drift trajectories based on the global optimization model and real-time ambient light data, and generating a predictive calibration instruction when the prediction result exceeds a preset tolerance; executing the predictive calibration instruction to calibrate the target display, acquiring key target data and generating a data fingerprint, and uploading the transaction record containing the data fingerprint to the blockchain by calling a blockchain smart contract. This application achieves predictive calibration, ensuring color consistency of medical displays.

The gas thermal decomposition unit (2) of the present application is provided with: a honeycomb structure (20) having one or more honeycomb structure portions (24) having an outer peripheral wall (240) and a partition wall (241) provided on the inner side of the outer peripheral wall (240) and partitioning a plurality of cells (241a) to form flow paths extending from one end face to the other end face; and an induction heating coil (21) disposed on the outer periphery of the honeycomb structure (20), at least one of the one or more honeycomb structure portions (24) containing a conductor and / or a magnetic body (25).

This invention discloses a reliable control method for airborne data bus optical links based on multimode PON. First, a dual-channel OLT module simultaneously sends a terminal data transmission request query command to a designated bus terminal interface on two bus optical connection links. All bus terminal interfaces utilize dual-channel ONU modules, receiving bus data signals simultaneously on both channels. The designated bus terminal interface responds to the terminal data transmission request query command in real time using a determined link of the dual-channel ONU module, and sends the bus data signal it needs to transmit to the line controller on that determined link. The bus controller receives the bus data signal on the link determined by the terminal and forwards the terminal data signal in real time on both bus links. All bus terminal interfaces utilize dual-channel ONU modules, receiving bus data signals simultaneously on both channels, thus achieving deterministic transmission, redundant transmission, and redundant reception of signals transmitted by the bus terminal interfaces.