12results about How to "Reduce administrative burden" patented technology

The invention relates to the technical field of network security, in particular to a network defense method, device and equipment and a medium, which are used for effectively coping with continuously changing network threats and improving the network defense effect. The method comprises the following steps: constructing a deep reinforcement learning DRL model, setting a state space and an action space of the DRL model, and constructing a reward function based on a key defense index of a network system; a flexible action-evaluation SAC algorithm is adopted to train the DRL model; and obtaining current network state information of the network system, inputting the current network state information into the trained DRL model to obtain an optimal network defense measure, and executing the optimal network defense measure. Therefore, by using the deep reinforcement learning technology, a protection mechanism can be dynamically adjusted to cope with continuously changing network threats, and in addition, when potential threats are detected, effective network defense measures are automatically executed, so that the system can turn from passive monitoring to active defense.

The invention discloses an object tracking method, a mobile intelligent device, a medium and a product, and relates to the mobile intelligent device. The method comprises the following steps: when a user object walks in a target area, receiving an area sound signal collected by the acoustic sensor; extracting a target foot sound signal of the user object from the area sound signal; determining relative position information and walking speed of the user object according to the target footstep sound signal; and controlling the moving direction and the moving speed of the mobile device to be matched with the user object according to the relative position information and the walking speed so as to track the display device. The footstep sound signals of the user are accurately captured and tracked through the acoustic sensor, real-time monitoring of user actions and automatic following of the mobile device are achieved, and interactivity and user experience of the device anytime and anywhere are enhanced.

This invention discloses a smart pet care method and a smart pet care combination cabinet, belonging to the field of pet supplies and smart environmental control technology. The smart pet care method includes: acquiring the pet's type and age group in the pet carrier; automatically adjusting the temperature and humidity inside the carrier according to a preset temperature and humidity target range; real-time monitoring of formaldehyde, TVOC, and ammonia concentrations, comparing them with preset safety thresholds, and automatically adjusting the purification airflow level according to the degree of exceedance. The smart pet care combination cabinet includes a pet carrier, a humidification system, a central purification system, a temperature control system, and a control system. This invention can achieve personalized temperature and humidity adjustment according to pet type and precise age group, and perform graded purification according to the degree of harmful substance exceedance, effectively protecting pet health. It has the advantages of high intelligence, precise adjustment, and safety and reliability.

The application relates to a key management method, device, equipment and medium for satellite communication. The method comprises the following steps: acquiring a seed parameter configured by a user and inherent characteristic information of a satellite. A seed key is generated according to the seed parameter and the inherent characteristic information. A preset root key and an intermediate key are acquired, wherein the seed key is different from the preset root key and the intermediate key. A session key used for encrypting and decrypting communication data is generated according to the seed key, the root key and the intermediate key. By using the method, the reliability and security of a satellite communication encryption system can be comprehensively improved while reducing the difficulty of key management of a ground station.

This invention discloses an EFI testing method, system, device, server, medium, and product, relating to the field of development and testing technology. The method includes: creating a partition with a preset format on the system disk of the device under test (DUT), and configuring the partition to be mounted to a specified directory on the system disk when the DUT boots up; writing the Extensible Firmware Interface (EFI) test file to the partition mounted in the specified directory when testing begins; and controlling the DUT to run the EFI test file in the partition under the UEFI command-line environment via a platform debug controller to obtain test results. By using the existing system disk of the DUT instead of a USB flash drive to place the EFI test file and automatically running the EFI test file in the partition, an automated EFI testing process is achieved. This eliminates the need for an additional USB flash drive, reducing hardware costs and management burden. Furthermore, the lack of manual intervention simplifies operation, enables batch testing, and improves development and testing efficiency and reliability.

The application relates to the technical field of fruit tree seedling raising, in particular to a fruit tree seedling raising root-limiting container, which comprises a seedling raising container, a non-woven fabric planting inner cylinder and a moisturizing cover body. The seedling raising container is in a cylindrical shape, the bottom of the seedling raising container is provided with a circular-truncated-cone-shaped supporting part, the non-woven fabric planting inner cylinder is arranged in the inside of the seedling raising container and located on the supporting part, the moisturizing cover body is detachably arranged on the top opening of the seedling raising container, and the moisturizing cover body is provided with a seedling passage in the center. A flow guide groove is formed between the supporting part and the sidewall of the seedling raising container, and the supporting part and the sidewall of the flow guide groove are both provided with water seepage holes. The application combines the ventilation at the bottom of the seedling raising container and the moisturizing at the top of the seedling raising container, reduces soil water evaporation, improves water utilization rate, reduces water supplement frequency, guarantees the ventilation at the bottom of the non-woven fabric planting inner cylinder, avoids root system oxygen deficiency and reduces the risk of root rot.

The invention belongs to the technical field of rapid consolidation and sedimentation of tailing mud, and provides a treatment method for accelerating rapid sedimentation and consolidation of bauxite mud, which comprises the following steps: laying a lower sand cushion layer at the bottom of a to-be-treated area; one end of a second branch pipe is embedded in the lower cushion layer; one end, far away from the lower cushion layer, of the second branch pipe is communicated with a vacuum pump; a plurality of sand wells are vertically arranged in the to-be-treated area at certain intervals, the bottoms of the sand wells penetrate into the lower sand cushion layer, then the to-be-treated area is filled with bauxite mud, and it is ensured that the top of each sand well is higher than the landfill depth of the bauxite mud; an upper-layer sand cushion layer is laid on the top of the bauxite mud, the top of the sand well extends into the upper-layer sand cushion layer, and a sealing film is laid on the top of the upper-layer sand cushion layer; and starting the vacuum pump to discharge air and water in the bauxite mud. According to the invention, the bauxite mud can be efficiently, economically and environment-friendly treated and resourcefully utilized.

The invention relates to an intelligent aspiration-preventing respiratory rehabilitation system, and belongs to the technical field of medical instruments. Comprising a main shell providing a mounting foundation, a modular mask assembly achieving sanitary isolation, a multi-mode sensing module monitoring physiological parameters in real time and judging vomiting and aspiration, a redundant drive separation mechanism guaranteeing emergency separation and a self-adaptive airflow adjusting module dynamically matching training intensity. And the man-machine interaction module is convenient to operate. The system can monitor the physiological state in real time, the training resistance is dynamically adjusted, the mask is rapidly separated during vomiting to avoid aspiration, and the cross infection risk is reduced through a disposable component. The system effectively solves the problems that existing equipment is lack of monitoring, insufficient in adaptation and lack of safety protection and health guarantee, and the safety and effectiveness of respiratory rehabilitation training are improved.

The application relates to a four-in-one robot palletizing gripper, which comprises a connecting frame and four integrated functional mechanisms. The bagged material clamping mechanism drives two symmetrical spades hinged on a first connecting shaft to swing towards or away from each other by a first driving assembly, so as to realize the clamping and releasing of the bagged material. The paperboard sucking mechanism drives two first suction disc frames hinged on the first connecting shaft to swing towards or away from each other synchronously by a second driving assembly, so that the first suction disc group installed at the end portion of the first suction disc frame can be adaptively inclined or vertical, thereby precisely sucking and laying the interlayer paperboard. The tray clamping mechanism drives two groups of hook portions on two second connecting shafts to swing towards or away from each other by a third driving assembly, so as to realize the clamping and placing of the empty tray. The film sucking mechanism sucks the bottom film through a second suction disc frame fixed to the connecting frame and a second suction disc group thereon. The application significantly improves the bagged material palletizing efficiency, reduces manual intervention and lowers the labor cost.

This application discloses an image storage method, an image retrieval method, and related apparatus, relating to the field of image processing. The image storage method includes: acquiring an image set; clustering the images in the image set into buckets according to image features to obtain a bucket set; performing video encoding on the images in each bucket of the bucket set to obtain a video sequence for each bucket in the bucket set; restoring and decoding the frames in the video sequence to obtain decoded frames; if the image feature similarity between the decoded frame and the original image is less than a first threshold, then after adjusting the video encoding parameters, returning to video encoding the images in each bucket of the bucket set, until the loop termination condition is met, so that the target video sequence of each bucket in the bucket set is obtained and stored at the end of the loop. This application considers image query needs when storing the image set. While encoding the image set into video after clustering, it achieves high-fidelity compressed storage through frame decoding and similarity comparison, reducing storage costs and management burden.

The present invention discloses a sewage treatment equipment fault monitoring method based on cloud computing, which specifically relates to the technical field of cloud computing. The specific steps include collecting water signals and electrical signals of water treatment equipment through sensors and transmitting them to a cloud computing platform, using a distributed database of the cloud computing platform to store the water signals and electrical signals and pre-process the data, processing and analyzing the water signals and electrical signals, using a machine learning algorithm to build a fault detection model, using historical fault data and regular operation data of the water treatment equipment for label training, evaluating the performance of the fault detection model through cross-validation, using the monitoring service of the cloud computing platform to monitor the equipment operation status in real time, predicting the operation data of the water treatment equipment according to the fault detection model, and triggering an alarm mechanism when an abnormal fault of the water treatment equipment is predicted, thereby effectively solving the problem of shortage of data processing capacity in large-scale high-standard sewage treatment plants.

The present application provides a material allocation method, device and electronic device, wherein the method comprises: when the total material supply of the current time unit is less than the total material demand, calculating the material allocation ratio of the current time unit according to the material procurement lead time and historical forecast data, and obtaining first material allocation ratio information; performing material allocation according to the material supply information, the material demand information and the first material allocation ratio information, and obtaining a material allocation result. The present application makes the actual material distribution between the various demand parties more scientific and reasonable to a certain extent.