12results about How to "Avoid resource consumption" patented technology

This application discloses a teach-free weld seam positioning method, apparatus, equipment, storage medium, and program product for industrial robots, relating to the field of automation technology. The teach-free weld seam positioning method for industrial robots includes: scanning a preset welding trajectory using a line laser to obtain the line laser scanning trajectory of the preset welding trajectory in the line laser tool coordinate system; transforming the line laser scanning trajectory to determine the tool center point pose of the welding torch end-effector trajectory in the welding torch end-effector coordinate system; and determining the welding point pose of the welding torch based on the tool center point pose. Since the line laser scanning trajectory obtained by scanning the preset welding trajectory using a line laser emitter is recorded, the actual welding torch end-effector trajectory is simulated; by converting the line laser scanning trajectory into the welding torch end-effector tool center point in the welding torch end-effector coordinate system, resource consumption caused by frequent coordinate transformations during welding is avoided, improving system efficiency and stability.

This application provides a residual charge removal apparatus, method, process chamber, and semiconductor process equipment. The apparatus, applied to semiconductor process equipment, includes a charge cleaning disk and a rotating mechanism. The rotating mechanism includes a first rotating shaft and a driving device. The charge cleaning disk is connected to the first rotating shaft. The driving device drives the first rotating shaft to rotate so that the charge cleaning disk is positioned above the electrostatic chuck when residual charge needs to be removed from the electrostatic chuck in the process chamber. The charge cleaning disk includes a conductive layer for removing residual charge from the surface of the electrostatic chuck when in contact with it. This enables automatic cleaning of residual charge on the surface of the electrostatic chuck, allowing for rapid and effective removal of residual charge without opening the process chamber. This avoids the safety risks and resource consumption of related components in the process chamber caused by opening the chamber to wipe away residual charge.

This invention belongs to the field of communication technology, specifically relating to a method for content delivery and local confirmation for glasses in a private network environment. The method includes the following steps: Step 1: The content delivery server assigns a task identifier to each task content data and sends it to the glasses terminals within the private network via a User Datagram Protocol (UDP) broadcast channel; Step 2: Each glasses terminal receives the UDP broadcast data until it recovers the complete task content data and registers it in its local task table; Step 3: When a glasses terminal executes task content data in the registered state, it triggers a voice confirmation module to collect the wearer's confirmation-type command voice to generate a task confirmation event. The content delivery server then parses the Bloom filter digest bit array to obtain the set of completed tasks and updates the task management record. This invention significantly improves the efficiency, reliability, and controllability of task management in a private network environment.

This invention relates to the field of network security technology and discloses a proactive threat hunting and attribution method for AI agents and honeypot-based technology. The method deploys a threat-aware agent at the network boundary to continuously capture inbound and outbound data packets, performs protocol parsing and payload feature extraction on the packets, generates network behavior fingerprints, and matches them in real-time with a known attack signature database. When the matching degree exceeds a dynamic threshold, a high-interaction honeypot environment is activated to simulate real business services, inducing attack traffic to enter and perform isolation operations. The entire operation sequence of the attack traffic within the honeypot environment is recorded, generating an attack behavior graph based on this. The attribution analysis agent extracts persistent connection points and timestamps from the graph, reconstructs the attack path, and performs correlation analysis with a threat intelligence database, outputting an attribution report. This method effectively improves network security protection capabilities and can better cope with complex and ever-changing network attack environments.

This application relates to an image processing method, apparatus, and computer device. The method includes: downsampling an image to be processed to obtain a downsampled image; generating an initial illumination image based on pixel information of each pixel in the downsampled image; performing FGS filtering on the initial illumination image to obtain an intermediate illumination image; performing brightness transformation and upsampling processing on the intermediate illumination image to obtain a target illumination image of the same size as the image to be processed; and using the target illumination image to enhance the brightness of the image to be processed to obtain the target image. This method can reduce the computational load in the image enhancement process without affecting the image enhancement effect, making it suitable for computer devices with lower computing performance and expanding its applicability.

This invention discloses a method and system for detecting life jacket wearing at port berths. The method includes: constructing a monitoring area and deploying computing nodes; training a YOLOv8 model for initial and secondary detection, a ResNet model for illumination classification, a Uformer model for rain and fog recovery, and a YOLOv8 model for semantic segmentation; performing illumination scene recognition on the acquired images and adaptively selecting the corresponding preprocessing method; using the initial detection results, for personnel targets with insufficient pixel size, predicting their position by tracking and calculating the magnification factor, controlling the PTZ camera to magnify and perform secondary detection for confirmation; using the semantic segmentation results to determine whether the personnel are located in the land-based work area; and combining target tracking, triggering an alarm only when the personnel are not wearing life jackets, are located on land, and their status continuously exceeds a threshold. The system includes an intelligent PTZ camera, a management platform, and a processing unit. This invention solves the problems of difficult identification of small targets at long distances, poor adaptability to complex illumination, and high false alarm rate due to rule-based methods.

The invention discloses a control method and device of a water softener, the water softener and a storage medium, and relates to the technical field of household appliance control. The method comprises the following steps: monitoring a personnel state in a scene where the water softener is located; acquiring water consumption data of the water softener under the condition that the personnel state is unmanned; switching the working mode of the water softener from a first working mode to a second working mode under the condition that the water consumption data meets the working mode switching condition; wherein the water softener softens water in the first working mode, and the water softener does not soften water in the second working mode. Through the technical scheme of the embodiment of the invention, the operation burden of a user can be reduced, and the water softener is prevented from continuously and efficiently running in an unmanned use period, so that unnecessary resource consumption is reduced.

The application provides a kind of underwater Ad Hoc network intelligent routing and maintenance method for dynamic topology, comprising: collecting and normalizing the data forwarding success rate, time delay fluctuation and neighbor survival time and other characteristics of node, adopting exponential decay mechanism to generate timeliness local credit score, and synchronizing lightweight between neighbors through structured credit update package;Based on multi-source weighted fusion and abnormal filtering, the comprehensive credit evaluation of adjacent nodes is realized;Combined with the relative mobility of nodes, the neighborhood topology fracture probability is predicted, and the high fracture risk link is dynamically identified;When detecting the risk link, the upstream node realizes implicit transmission by embedding early warning signal in the data packet header, without additional signaling;After receiving the early warning, the routing layer starts the adaptive switching of backup high-credit, low-fracture-risk path, and the application can efficiently avoid the influence of degraded link, significantly enhancing the network robustness and service continuity.

This invention relates to the field of permanent magnet motor design and optimization technology, specifically a high-efficiency integrated permanent magnet rotor magnetic circuit optimization design system, comprising: a configuration module, a topology generation module, an analytical calculation module, an index evaluation module, a parameter analysis module, and a scheme output module. The system generates multiple candidate magnetic circuit schemes based on initial parameters and performs rapid magnetic field analysis and comprehensive performance scoring using the equivalent magnetic circuit method. The parameter analysis module performs parameter perturbation analysis on the preferred schemes, accurately identifying the key design variables that have the most significant impact on performance; the scheme output module then iteratively optimizes these sensitive variables as the main optimization objects. This technical solution transforms traditional high-dimensional global optimization into low-dimensional directional search targeting key variables, reducing computational complexity and optimization time, effectively improving the efficiency and accuracy of permanent magnet motor rotor magnetic circuit design, and ultimately outputting optimal configuration parameters and a complete magnetic circuit design model.

The invention discloses a dynamic decision-making intelligent question answering method and device based on a knowledge base. According to the method, after preliminary retrieval, decision-making indexes are calculated by obtaining state parameters such as the knowledge base scale, the query result distinction degree and the system load, and whether a second retrieval model expensive in calculation is started or not is dynamically selected for reordering. And if fine arrangement is not needed, the preliminary result is directly adopted. And finally, inputting the optimized document into the large language model to generate an answer. According to the method, through adaptive path selection, the system precision and efficiency are effectively balanced while the answer quality is ensured, and the resource utilization rate is remarkably improved.

The utility model discloses a glass drilling machine relates to the field of drilling machine, including the mechanical arm of driving connection table vertical movement, and install on the servo motor of connection table, be installed with the spraying mechanism on one side of servo motor of connection table, be provided with the punching mechanism on the output shaft of servo motor, the punching mechanism is linked together with spraying mechanism, through the mechanical arm driving connection table downward, make the drill bit that is driven high -speed rotation by servo motor downward to the glass and carry out the punching, the water receiving sleeve sliding connection of shell lower part first and glass are pasted, through the water pump and send the coolant in the storage liquid tank to the shell, the coolant in the shell flows to the water receiving sleeve inwards and carries out the infiltration and cooling to the glass and drill bit in the punching area, avoid the coolant splashing to the outside world through the water receiving sleeve, and the enclosure design of water receiving sleeve can prevent the coolant overflow, keep the operating environment neat, also avoid the potential influence of coolant splashing to operating personnel or surrounding equipment.

The invention discloses a message processing method and device, equipment, a storage medium and a program product, and is applied to the technical field of communication. The method comprises: receiving a data message sent by an electronic device through a virtual extended local area network (VXLAN) tunnel, the data message carrying a virtual network identifier (VNI) of the electronic device, and the data message being determined based on service data of the electronic device; according to the VNI, determining whether to provide a pop-up window service for the electronic equipment; generating a pop-up message according to the data message under the condition that the pop-up service is determined to be provided for the electronic equipment; and sending the pop-up message to a pop-up server, so that the pop-up server provides a pop-up service for the electronic device based on the pop-up message. According to the method, unnecessary resource consumption caused by invalid forwarding of the data message under the condition that the pop-up service is not provided for the electronic equipment can be effectively avoided, and the network session processing efficiency of the cloud gateway and the pop-up server side is improved.