6results about How to "Solve incomplete problems" patented technology

The application relates to the technical field of production quality control, and discloses a silver powder production quality control method and system fusing multiple technologies and a storage medium. The method comprises the following steps: collecting silver powder production data through a distributed sensor to obtain a quality characteristic correlation matrix, adjusting a gamma distribution hyperparameter to obtain an adaptive parameter by using a self-adaptive Bayesian algorithm based on a defect rate parameter, generating a device cooperative control instruction set by optimizing a control strategy through a decision fusion algorithm, performing linkage control on a ball mill, an atomization drying tower and a grading screening device to obtain an execution result, evaluating the execution result to obtain a performance index, and correcting the control instruction set according to the performance index. The application solves technical problems such as performance degradation of a traditional Bayesian control under a large defect rate parameter condition in a silver powder production process, insufficient control precision caused by a lack of cooperative decision fusion of multiple quality characteristics, and an influence on overall quality control effect caused by a lack of cooperative linkage control among production devices.

This invention belongs to the field of forestry information technology, specifically relating to a high-precision segmentation method for individual bamboo trees in moso forests based on the fusion of UAV and ground-based LiDAR. This method addresses the common problems of over-segmentation and under-segmentation in complex bamboo forest scenarios caused by the single data source leading to incomplete canopy information, inaccurate acquisition of understory topography and bamboo culm structure, and the lack of consideration for bamboo growth mechanisms in traditional algorithms. Through collaborative acquisition of LiDAR data from multiple platforms, a registration algorithm constrained by the vertical structure of bamboo culms is used to achieve accurate point cloud fusion, forming an integrated 3D model of "canopy-bamboo culms-topography". An innovative comprehensive clustering algorithm is proposed, integrating canopy geometric attributes and a canopy growth space competition model. This quantifies the bamboo growth competition relationship into dynamic constraints, intelligently defining individual tree boundaries, effectively solving the over-segmentation and under-segmentation problems in the segmentation process, and significantly improving the accuracy and ecological rationality of individual bamboo tree parameter extraction.

The application discloses a kind of railway tunnel construction influence analysis methods of city underground water, belong to railway tunnel construction field, comprising the following steps: S1, multi-source data acquisition and pretreatment;S2, construct geology-hydrology-construction-remote sensing multidimensional feature vector, and extract groundwater disturbance index;S3, establish stress-seepage-heat conduction three-field coupling model;S4, based on three-field coupling model analysis three-field coupling effect, and output the comprehensive risk grade of tunnel construction influence on groundwater;S5, utilize GIS spatial analysis function fusion comprehensive risk grade, combined with real-time data realizes groundwater influence spatial visualization and hierarchical early warning;S6, real-time update the geological parameters of three-field coupling model, and search optimal construction parameter combination.The above-mentioned railway tunnel construction influence analysis methods of city underground water, significantly improve the scientificity and engineering practicability of railway tunnel construction influence analysis of city underground water.

The application provides a power distribution network fault accurate positioning method based on multi-terminal traveling wave wave head calibration and wave speed inversion, and belongs to the technical field of power distribution network fault positioning. The application comprises the following steps: installing a traveling wave collection terminal at multiple nodes of a power distribution network, and synchronously sampling to obtain a fault traveling wave signal; performing optimal phase-mode transformation to extract optimal line-mode components, and determining an initial traveling wave wave head coarse positioning time; adopting an ESMD-VMD-TEO adaptive method to calibrate the optimal line-mode components with high precision, and obtaining wave head positions of each measuring point; establishing a multi-terminal traveling wave positioning equation group based on the relationship between the wave head arrival time and the wave head position of each measuring point; constructing a weighted least square objective function based on the multi-terminal traveling wave positioning equation group, and inversely calculating a fault position, a traveling wave wave speed and a fault occurrence time by means of a Levenberg-Marquardt algorithm; constructing an energy spectrum correlation degree matrix to distinguish a fault branch; and outputting an accurate fault point position, a traveling wave wave speed and a positioning error confidence interval. The application realizes a tower level accurate positioning of a complex power distribution network fault.

The utility model discloses a kind of draw bar blank polishing devices for automobile parts forging, including seat body assembly, clamp assembly and polishing assembly, clamp assembly and polishing assembly are set in seat body assembly top, clamp assembly includes right slide plate and left slide plate, right slide plate one side outer wall is equipped with rotary seat one by bearing, left slide plate one side outer wall is equipped with rotary seat two by bearing, rotary seat one and rotary seat two one side outer wall are evenly equipped with support rod by bolt, and support rod one side outer wall is fixed with limit rod by thread, left slide plate one side outer wall is fixed with rotary motor by bolt;The utility model is rotated by driving motor with two-way screw rod, drives right slide plate and left slide plate along guide rod synchronous movement towards or away from each other, to automatically adjust the interval between two limit rods, different length draw bar blank can be quickly adapted and stably clamped, effectively solve the problem that traditional clamp adaptability is poor, clamping is unstable.

The application discloses an oil well control cabinet and an oil well control method. The oil well control cabinet comprises: a control mode switching component for controlling a pumping unit control mode, a start mode switching module for switching the pumping unit start mode, a working mode switching component for controlling a pumping unit working mode, and a start mode indication component for indicating the pumping unit start mode in response to a control event of the pumping unit start mode in each control mode; and a working mode indication component for indicating the pumping unit working mode in response to a control event of the pumping unit working mode in each control mode. The control panel on the oil well controller can comprehensively cover the complex control requirements of the oil well, accurately track the operation dynamics of the oil well, realize the overall accurate intelligent management and control of the oil well and the control cabinet, and solve the problem of redundant or incomplete control functions.