15 results about "Delayed response" patented technology

Methods, systems, and apparatus for conducting wireless communication are described. The system can support delayed responses to paging messages to improve paging throughput. A user equipment (UE) can receive, at a first layer of the UE and from a second layer of the UE, a first signal indicating a delay associated with a paging response. The UE can operate in a first state based on the first signal. The first state can be associated with a pending paging response and the reset of one or more operating parameters of the UE to support the delay associated with the paging response. The UE can transition from the first state to a second state associated with the initiation of the paging response after the delay, based on the satisfaction of one or more paging response conditions. The UE can respond to a paging request after transitioning to the second state.

This invention discloses a collaborative frequency regulation system for regional energy integration, belonging to the field of power system automation technology. Addressing the technical problems of "resource isolation, delayed response, and insufficient accuracy" in traditional power system frequency regulation, this invention provides a collaborative frequency regulation system for regional energy integration, specifically including a carbon core control module, a multi-energy interface module, a signal processing module, a human-machine interaction module, and an auxiliary support module. Through "multi-module integration + hierarchical collaborative control," it achieves unified scheduling of thermal power, wind power, photovoltaic power, energy storage, and adjustable loads. This breaks down the traditional "information silos" and isolated scheduling of various energy sources.

This invention discloses a port communication system and method for a power router, relating to the field of power communication technology. The system includes a data acquisition module, an intelligent communication decision engine, a communication execution module, and a storage module. This invention utilizes an intelligent communication decision engine that integrates artificial intelligence technology to perform deep analysis and learning of data, predicting system operation trends and communication needs. This solves the problem that traditional fixed-rule decision-making cannot adapt to dynamic system changes, achieving accurate prediction of communication needs. When an anomaly is detected, the intelligent communication decision engine automatically generates the optimal communication decision scheme, which is then executed by the communication execution module. This addresses the problems of delayed response and unreasonable allocation of communication resources in existing technologies when dealing with faults or anomalies, enabling rapid handling of abnormal situations. Ultimately, this improves the intelligence and adaptability of the power router port communication system, ensures timely transmission and processing of critical data, and improves the operating efficiency of the power system.

This invention discloses an intelligent early warning method for the survival environment of railway tunnels based on STA-DGNN and MSF-4DDWT models, belonging to the field of railway tunnel safety monitoring technology. The method acquires tunnel environmental parameters, train congestion status, personnel density, and passage status data through a multi-source data acquisition subsystem; uses the STA-DGNN model to predict the environmental parameter change curve for the next 30 minutes; calculates a dynamic early warning threshold based on the MSF-4DDWT model; classifies risk levels according to the early warning lead time and executes graded responses; and continuously improves model parameters through a closed-loop optimization mechanism. This invention solves the problems of existing technologies such as lack of spatiotemporal correlation in environmental parameter prediction under tunnel congestion scenarios, rigid early warning thresholds, and delayed response, realizing a complete technical chain from data acquisition to risk management, and significantly improving the accuracy and anticipation of risk early warning in tunnel congestion scenarios.

This invention relates to the field of aviation data processing technology, and in particular to a cache update method, storage medium, and device based on flight completeness. The method includes: responding to cache update trigger conditions, determining all flights on the target route and their corresponding airline interfaces; concurrently sending data requests and initiating a two-stage waiting period, with a first waiting period receiving a fast response and a second waiting period receiving a delayed response; verifying the returned data based on flight schedules and inventory status databases, and including the data in a cache candidate set; during the second waiting period, when receiving queries from high-priority users, bypassing the anti-penetration mechanism to retry interfaces that have not returned data and verifying them; after the waiting period ends, merging the candidate set data and writing it into the main cache to form the final flight list. This invention improves cache completeness and user query credibility by using a phased waiting period to accommodate interface response differences, a targeted retry mechanism to improve the response speed of urgent requests, and dual verification to ensure data accuracy.

This invention relates to the field of power equipment monitoring and adaptive control technology, and discloses an adaptive monitoring method and system for integrated power cabinets. The method includes collecting multimodal sensor data and cleaning and calibrating it to obtain environmental time-series data; analyzing state parameters to identify abnormal fluctuations and overlapping sections; analyzing the risk propagation range to classify risk levels; matching a rule base to generate a control scheme and correcting it to obtain adaptive parameters; encapsulating instruction transmission verification; archiving logs and evaluating the operation recovery effect; and determining the adaptive stable state. This method achieves accurate perception of power cabinet operating parameters, rapid identification of abnormal operating conditions, and adaptive control, solving the problems of fixed thresholds, delayed response, and poor control adaptability in traditional monitoring, thus improving the operational stability and safety assurance capabilities of integrated power cabinets.

This application relates to the field of communication networking technology, and discloses a method, apparatus, device, and storage medium for address registration of multiple battery modules. The method is applied to a communication system including a master battery module and at least two slave battery modules. The master battery module and each of the slave battery modules are connected via a communication bus, and the slave battery modules are connected in parallel via the communication bus. The method includes: receiving an address registration instruction sent by the master battery module during the address discovery process; responding to the address registration instruction and starting a delayed response timer based on a random time; obtaining a registration opportunity in the current address discovery process when no response signal outside itself is detected during the delayed response timer, and generating a registration response signal containing its own address information, so that the master can directly obtain the unique address information of each slave without the need for additional hardware devices to assist in address identification, thereby reducing the cost of RS485 communication networking of multiple battery modules.

This utility model relates to the field of lock technology, specifically a U-shaped lock that overcomes delayed response, comprising: the device uses a left and right latch, and the rotating shaft pushes the left and right latches by the same stroke. When dimension A is smaller than dimension B, the left latch disengages from the first locking interface first without making a popping sound, while the right latch is still locked inside the second locking interface; when the rotating shaft continues to push the right latch out of the second locking interface, the lock beam makes an unlocking sound as normal.

This invention relates to network information security, specifically to a federated learning-driven adaptive intrusion response control method for low-Earth orbit satellite networks. The method includes: if the risk of a selected defensive action exceeds a set threshold, the action is suspended, an intent vector is generated, and reported to the cluster head node. The current satellite node then selects an optimal action from a set of low-risk action candidates for execution. Upon receiving the intent vector, the cluster head node selects high-reputation nodes with reputation values ​​exceeding a set threshold to initiate consensus. Each high-reputation node evaluates the intent vector based on its local model and votes. If more than two-thirds of the high-reputation nodes reach consensus, the cluster head node sends permission to execute the suspended action to the generated intent vector and increases the satellite node's reputation. If consensus fails, the suspended action is not allowed, and the satellite node's reputation is decreased. This invention addresses key technical challenges such as difficulty in security policy convergence, misjudgment of single-point high-risk situations, and delayed response times.

This invention provides a method and system for terminal behavior monitoring and threat handling, solving the problems of high false alarm rates and delayed response in traditional systems. Users can dynamically configure operating modes and response strategy types. The system monitors system-level behavioral events such as processes, files, and networks, records event characteristics through temporary rule sets, and performs policy-based handling on unmatched events in response mode, generating structured operation logs containing business context. This invention effectively reduces false alarm rates, improves the accuracy of threat handling and business adaptability, and meets differentiated security protection needs.

This invention discloses a method, system, device, and medium for adaptive adjustment of the grain discharge gap in a dryer. The method includes the following steps: receiving a grain discharge command and grain information; obtaining a corresponding preset working pressure range based on the grain information; controlling the rotation of the grain discharge wheel to begin discharging; monitoring the force transmitted to the sensor by the adjustable grain support plate and determining whether the force is within the preset working pressure range; determining whether the force is greater than the preset working pressure range: if so, controlling the adjustment drive mechanism to drive the adjustable grain support plate away from the grain discharge wheel; if not, controlling the adjustment drive mechanism to drive the adjustable grain support plate towards the grain discharge wheel. This invention, by receiving grain information, automatically matching the corresponding preset working pressure range, and by using sensors to monitor the force of the adjustable grain support plate in real time, automatically determines the adjustment direction and amplitude, thus solving the drawbacks of cumbersome manual adjustment operations, delayed response, and significant susceptibility to human factors.

This invention provides a method for resuming processing after a pause in the encryption / decryption process of large amounts of data. First, a database index containing a hierarchical directory structure is constructed based on the target task. During processing, a bottom-up strategy is used to extract the current processing directory, and after the encryption / decryption loop of a single file is closed, the synchronization status of the file count variable is updated using database transactions. Upon capturing an interrupt signal, the system detects the memory stream buffer and forces a delayed response until the current single file completes its disk write-back operation and safely releases the underlying file handle, thereby locking the processing boundary and solidifying the paused state. When the program resumes execution, a Boolean error-proofing feature bit is used to verify the data write-to-disk status and calculate the effective skip amount. By performing an index span offset operation on the file traversal sequence, already processed files are precisely skipped, and subsequent tasks continue. This invention combines memory mapping, connection pooling, and multi-process concurrency techniques to effectively solve the problems of resource congestion and progress loss during massive data processing while ensuring the integrity of single files.

This invention discloses a secure delivery method and system for data elements in a communication network, relating to the field of communication information security. The method includes: receiving a requesting subject's intent to access business data; parsing and abstracting this intent to obtain a policy abstraction; acquiring the requesting subject's multimodal real-time behavioral signals, operation sequences, and current environmental risk data as trust indicators; calculating a current dynamic trust score based on the trust indicators and a preset trust assessment quantification model; querying a business knowledge base based on the policy abstract to obtain control constraints; generating a corresponding collaborative control instruction set through a policy reasoning engine; and distributing the collaborative control instruction set to relevant security components for collaborative work, dynamically updating the collaborative control instruction set, and completing secure data access and use. This solves the problems of poor adaptability and delayed response of existing data security policies in complex environments, and the difficulty in balancing data security and circulation efficiency.