22results about How to "Precise management" patented technology

This invention discloses a molecular genetics laboratory management system for a genetics center, belonging to the field of laboratory information management technology. It provides real-time monitoring of sample status, dynamic scheduling of subsequent tasks, and early warnings for near-expiration and overdue samples. Experimental data is collected through structured electronic task sheets, and the analyzed genetic variation information is dynamically updated to a mutation database. Historical variation data is intelligently recommended for report generation. Report content is automatically populated based on variation data and adapted to project templates. It supports configurable multi-level review processes, enabling online collaboration and operation tracking. Based on review results, first-use acceptance and automatic deduction of inventory for reagents and consumables are performed. Based on resource linkage and traceability, gene disease databases and mutation databases are collaboratively constructed. This system achieves fully automated management from intelligent sample monitoring and scheduling to automatic report generation and review, significantly improving the operational efficiency, data accuracy, and resource utilization of the genetics laboratory.

The application discloses a liquid crystal screen data optimization management system and method based on big data analysis, and relates to the technical field of electric digital data processing. The liquid crystal screen data optimization management system based on big data analysis comprises a standby power consumption data acquisition management module, a sleep power consumption data acquisition management module and a power consumption data storage management module. The standby power consumption data acquisition management module is used for judging whether a sleep mode switching instruction is sent according to the standby power consumption data acquisition influence result, if yes, the sleep power consumption data acquisition influence result is obtained, otherwise, the standby power consumption data acquisition optimization management is executed, and finally, whether the power consumption data uploading storage management is executed is judged according to the obtained sleep power consumption data acquisition influence result, so that the liquid crystal screen power consumption data management is more accurate, and the problem that the influence of the switch from the standby mode to the sleep mode is neglected when the power consumption data of the liquid crystal screen is managed in the prior art is solved.

The utility model discloses a kind of water culture devices for yunnan rhizoma polygonati breeding, it is related to yunnan rhizoma polygonati cultivation technical field, including culture rack, the culture rack is slidably connected with multiple water storage channels, and the water storage channel upper end is provided with culture plate;Multiple planting holes are evenly provided in the culture plate, and the culture plate upper end is connected with multiple fixed components, and fixed component is located planting hole outer end.The utility model design structure is reasonable, it can simultaneously carry different batches, different genotypes yunnan rhizoma polygonati breeding material, while independent water supply head, gate plate can individually adjust the water supply of each water storage channel, water supply frequency, realize the accurate management of "one tank one strategy", satisfy the individualized demand of different breeding material, to improve the success rate of breeding, can avoid the problem of "excessive supply" or "insufficient supply" caused by unified water supply, accurately match the demand of each growth stage of yunnan rhizoma polygonati, save water resource, nutrient solution and other consumables, reduce breeding cost.

This application relates to the technical field of rainwater harvesting and utilization, and in particular to a rainwater harvesting and utilization device for municipal landscaping. The device includes a conveying cylinder, a limiting ring, a movable cylinder, spokes, and a waterproof sheet. The movable cylinder is fitted onto the top surface of the conveying cylinder, and the limiting ring is installed on the top surface of the conveying cylinder. The limiting ring is located at the top and bottom of the movable cylinder, and the spokes are installed on the surface of the movable cylinder. This invention, by setting up an adjustment mechanism, a movable cylinder, spokes, and a waterproof sheet, and through the cooperative relationship between the adjustment mechanism and the movable cylinder components, enables the adjustment mechanism to control the lifting and lowering of the movable cylinder via a motor-driven gear one, gear two, and screw transmission. This achieves the effect of dynamically adjusting the water collection area of ​​the screened waterproof sheet by changing the height of the movable cylinder, solving the problems of low collection efficiency and easy overflow of fixed structures.

This application provides a thermal management method, apparatus, and medium for an energy storage system. The method includes: acquiring state data of the energy storage system, including an array representing the battery's operating mode and temperature control mode. Each operating mode corresponds to a specific control strategy under different temperature control modes. The control strategy is configured with entry and exit conditions for whether to execute the strategy. If the battery's operating data is detected to meet the entry or exit conditions, the corresponding control strategy is responded to based on the met conditions, controlling the temperature and flow request values ​​output by the liquid cooling system. This application uses an array to represent the battery's operating mode and temperature control mode and configures a flexible control strategy, making it easier to expand and maintain as needed. On the one hand, it achieves precise management; on the other hand, the array-based settings greatly reduce the workload of software development and configuration, improving the efficiency of thermal management configuration and monitoring of the energy storage system.

A multi-channel integrated device testing system and method includes hardware devices and a PC testing tool. The hardware devices include a USB interface, a wired network interface, a wireless communication module, a Bluetooth module, I / O ports, buttons, and a solid-state system. The USB interface, wired network interface, wireless communication module, Bluetooth module, I / O ports, and buttons are used to establish electrical connections and data interaction paths with a development board. The solid-state system runs on the development board and controls each interface through a driver program, completing the overall functions of signal acquisition, data communication, and peripheral management. The PC testing tool includes a connection management module, a device discovery module, a test execution module, a result processing module, a status configuration module, and a Bluetooth interaction module. This system supports multiple connection methods, integrated testing functions, precise device selection, flexible configuration of judgment criteria, and deep Bluetooth testing capabilities, enabling efficient and stable automated device testing.

This invention discloses a data task orchestration method that supports end-to-end tracing and service-oriented architecture. It accesses multi-source heterogeneous data through pluggable data source adapter components and transforms the data into a unified internal data model. The process model includes start event nodes, batch processing task nodes, stream processing task nodes, gateway nodes, and end event nodes. It breaks the limitations of traditional static FGA models, supporting mixed orchestration of batch and stream processing within the same process model, as well as complex process control based on parallel and inclusive gateways. The traceId mechanism enables end-to-end task tracing, facilitating fault location and operational monitoring.

This invention belongs to the field of agricultural planting technology. It discloses a method for analyzing soil nutrient data in agricultural planting areas, including the following steps: S1: Collecting soil nutrient data and environmental data from unit fields within the agricultural planting area. This invention, by setting an equivalent additional energy consumption ratio and integrating a multivariate prediction model that considers real-time soil, environmental, crop status, and management objectives, dynamically outputs the precise net nutrient replenishment amount for each field unit, ensuring the scientific nature of fertilization decisions. During the path planning stage, the equivalent additional energy consumption ratio is calculated for each nutrient-neutral zone to be decided. This ratio quantifies the ratio between the additional comprehensive cost of including this zone in the operational route and the agronomic benefits it can bring. Based on the equivalent additional energy consumption ratio, cost-effective nutrient-neutral zones are included in the final operational route, ensuring that limited fertilizer, fuel, and labor are prioritized for allocation to the unit fields with the highest comprehensive benefits.

This utility model discloses a resource-based insect breeding rack, including a support frame and multiple breeding baskets stacked on the support frame. The support frame consists of a tray and four sets of legs evenly distributed at the four corners of the bottom surface of the tray. The top surface of the tray has right-angled supports at the four corners to accommodate and hold the breeding baskets. The bottom surface is provided with crisscrossing reinforcing ribs in a grid-like structure, integrally formed with the tray. A barcode scanning plate is located at the center of the grid-like reinforcing ribs, with a QR code label affixed to it. The advantages of this utility model are that it enables three-dimensional breeding of resource-based insects, not only increasing the insect carrying capacity but also significantly saving space, increasing breeding density, and ensuring breeding profitability. It facilitates quick and easy information retrieval via barcode scanning, allowing for precise tracking and management of the breeding baskets on the tray during the breeding process, achieving information-based management of resource-based insect breeding, and improving breeding efficiency and management accuracy.

A kind of oiling mechanism of mortar test mould, including bottom plate, linear module is installed in the middle part of the bottom plate, oil drum mounting plate is fixedly arranged on the sliding table of the linear module, dip oil drum is fixedly arranged on one side of the oil drum mounting plate, mortar test mould is used for being arranged on the other side of the oil drum mounting plate, oil liquid is carried in the opening inside of the middle part of the dip oil drum, the dip oil drum top is also provided with symmetrical clamping mechanism;Including oil immersion mechanism, the oil immersion mechanism includes lifting mechanism and the brush mechanism fixed on lifting mechanism, the bottom of the brush mechanism has sponge block, the utility model makes that the quality of coating oil liquid on mortar test mould is stable, efficiency is high, also will not cause health hazard to operator.

The application provides a global asset dynamic perception and intelligent management method and system based on fog computing, relates to the technical field of asset management, and comprises the following steps: collecting asset states and space parameters through a distributed perception unit, performing feature fusion and space correlation calculation, generating a state atlas, and generating a management instruction according to resource demand ordering, so that cross-regional collaborative management of assets in physically isolated regions can be realized, asset monitoring precision is improved, resource allocation efficiency is optimized, and management cost is reduced.

This invention relates to the field of agricultural diseases, specifically providing a leaf disease classification method based on YOLOv8 and a multi-task learning model, comprising the following steps: S0, identifying diseased regions in the original image of diseased leaves based on the YOLOv8 model, and outputting a cropped image of the diseased leaf region; S1, constructing a segmentation-assisted classification multi-task learning model; S2, performing pixel-by-pixel segmentation of the detected leaves using the multi-task learning model, and classifying the segmented regions by disease type; S3, designing a custom total loss function combining segmentation loss, classification loss, and consistency loss, and training the multi-task learning model. This technical solution solves the problem of poor classification performance in agricultural plant disease detection, and constructs a highly efficient and accurate disease classification and lesion segmentation system.

This invention provides a photovoltaic (PV) operation status management and control method and system, comprising: constructing and training a PV ecological monitoring model including a physical coupling field submodule and a PV ecological agent submodule; performing risk assessment on a real-time PV operation dataset based on the PV ecological monitoring model to generate risk assessment results; performing strategy exploration and counterfactual reasoning based on the risk assessment results to generate corresponding optimal control strategies; executing the optimal control strategies; and performing feedback optimization based on the feedback data corresponding to the optimal control strategies, thereby achieving efficient and accurate management and control of PV operation status.

This invention discloses a method and system for intelligent decision-making by herders based on a large language model and retrieval enhancement, belonging to the field of big data intelligent analysis technology. The method includes: collecting and preprocessing herder information and pastoral case information; constructing a herder information database and a herder case database using the preprocessed herder information and pastoral case information, respectively; generating intelligent decision-making data for herders by performing hybrid retrieval enhancement on the herder information database and the herder case database using the encoded question vector; obtaining content that meets the requirements as a prompt context based on semantic adaptation; fusing the prompt context with the user's original question to construct a prompt template; importing the template into a preset large language model to obtain intelligent decision-making data for herders; and visualizing the data. This invention enables intelligent management and efficient decision-making for herders' livestock-related issues, improves the intelligence level of herders' livestock farming, and increases farming efficiency.

To provide a management device and the like that manages a user in a manner that can more appropriately provide information to the user compared to managing the user according to a function. The management device is characterized by including: a management unit that manages a user by a first management method that manages a level of the user using a molding device according to a function and a second management method that manages a level of the user according to a proficiency in a job.

The application discloses a kind of real BOM construction methods and systems for complex equipment, it is related to product life cycle management technical field, including: EBOM structure tree and PBOM structure tree are mapped matrix is constructed;With EBOM structure tree as basic skeleton, traverse EBOM node, to each EBOM node, if there is corresponding PBOM node in mapping matrix, then the attribute of corresponding PBOM node is attached to current EBOM node;If it does not exist, then keep current EBOM node, and obtain initial seed tree;According to the process assembly sequence and node type of PBOM structure tree, the initial seed tree is adjusted in structure, conflict resolution and deduplication are executed, and the real BOM structure tree skeleton is obtained;Real BOM structure tree skeleton is filled with real object data, and the real BOM structure tree is obtained, and tree structure difference comparison method is used for updating.It realizes the mapping conversion and dynamic synchronization from digital BOM to real BOM.

This application discloses a material management method and storage medium. The material management method includes: reading tag information of multiple material piles within a preset area and acquiring image data of the multiple material piles respectively, wherein the tag information includes identity information and location information; performing point cloud analysis based on the image data of the multiple material piles to determine the material quantity information of each material pile; associating the location information, identity information, and material quantity information of each material pile to determine the material information of each material pile; and mapping the material information of the multiple material piles to a pre-constructed inventory map to obtain a material management map of the multiple material piles. By using multi-sensor fusion technology, the identity information, quantity information, and location information of the materials are comprehensively and accurately acquired, achieving accurate management of material information.

This utility model discloses a novel moisture-proof power distribution cabinet device, relating to the field of power distribution cabinet technology. The device includes a power distribution cabinet, with an intelligent analysis and processing component installed on one side for monitoring the cabinet's working environment. A moisture-proof component for ventilation is installed on the inner wall of the cabinet, including a cooling fan. A collecting pipe is installed on one side of the cooling fan, and an air duct is installed on one side of the collecting pipe. A dehumidification pipe is provided on one side of the air duct. The dehumidification pipe is divided into an air inlet, an upward air duct, and a dehumidification channel. A semiconductor temperature plate and an inclined plate are installed on the inner wall of the dehumidification channel. This utility model achieves precise management and efficient moisture-proofing of the internal environment of the power distribution cabinet through real-time monitoring and automatic adjustment of the intelligent analysis and processing component, combined with intelligent control of the electric telescopic rod and baffle.

Provided is an electronic component housing system that enables accurate management without effort when managing a plurality of electronic components housed in a plurality of cases. The electronic component housing system includes: a bulk case (20) as a first housing case that houses electronic components (10) and has a first RFID tag (30) to which information associated with the electronic components (10) is input; and a shipping case (81) as a second housing case that houses a plurality of bulk cases (20) and has a second RFID tag (31) to which information associated with the electronic components (10) is input.

This invention provides an image anomaly detection method for railway train freight inspection applications, comprising: preprocessing images based on area array video data collected from railway train freight inspection scenarios and constructing a multi-class area array image dataset to train a railway train freight inspection image classification model; determining specific carriage numbers by identifying and counting carriage connection areas, and extracting foreground loading areas using mask images; extracting foreground features using a high-resolution semantic segmentation network, and capturing key feature information by combining a dilated convolutional multi-scale receptive field enhancement module; calculating anomaly scores using Mahalanobis distance, extracting and saving local suspected anomaly images and heatmaps, and constructing a supervised classification dataset; extracting feature maps through a backbone network, and using prior information from the heatmap to guide the model to focus on anomaly regions; enhancing multi-scale feature fusion using a PANet neck network based on a cross-attention mechanism, inputting it into the classification network to obtain preliminary anomaly classification results; and outputting the final anomaly detection results after correction.

The utility model discloses a kind of range-extending eVTOL battery swap cars, including engine, generator, motor, fixed battery, eVTOL battery swap battery and main control system. Engine drives generator power generation, motor drives vehicle with electric energy, main control system controls and regulates generator, charging seat input, fixed battery and the electric energy distribution of battery swap battery, battery swap battery is used for eVTOL battery swap. Battery swap battery is parallelly connected, built-in BMU and the Master BMU communication of main control system, ensure that voltage is consistent, synchronous work. Main control system can distribute generator power, brake recovery energy to fixed or battery swap battery, and battery swap battery electric energy can also be motor power supply. Fixed and battery swap battery adopt interlocking connection, avoid simultaneously accessing power loop, improve security and endurance flexibility.