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3results about How to "Judgment time is short" patented technology

Methods, systems, equipment, and media for determining drug-target match

ActiveCN116486899BImprove screening efficiencyAvoid affecting subsequent judgment resultsMolecular designBiological modelsProtein targetConfidence score
This invention relates to the fields of natural language processing and digital healthcare, providing a method, system, device, and medium for determining drug-target matching. The method includes: acquiring the drug molecule sequence and the target protein sequence; inputting the drug molecule sequence and the target protein sequence into a first model, performing multimodal processing on the drug molecule sequence and the target protein sequence to obtain a first confidence score; inputting the drug molecule sequence and the target protein sequence into a second model, performing feature extraction and feature splicing on the drug molecule sequence and the target protein sequence to obtain a second confidence score; weighted summing of the first confidence score and the second confidence score to obtain a total confidence score; and determining that the drug matches the target when the total confidence score is greater than or equal to a preset confidence threshold. This method achieves rapid and accurate determination of the targeting relationship between a new drug and the target protein to be identified, effectively improving the efficiency of drug screening.
Owner:PING AN TECH (SHENZHEN) CO LTD

Position control method of hydraulic servo system

PendingCN121956497Asmall overshootImprove the performance of position controlAdaptive controlControl engineeringPosition control
The invention discloses a position control method of a hydraulic servo system, and relates to the technical field of hydraulic servo systems. The method comprises the steps of obtaining an application range of the hydraulic servo system and marking the application range as an initial range; based on the initial range, determining a moving position range of the hydraulic servo system in the initial range and marking the moving position range as an initial search range; based on the initial search range, a final search range is obtained through calculation according to a final range correlation function, and the optimal movement position of the hydraulic servo is determined in the final search range and marked as an execution position; re-determining an execution position according to an execution correlation function based on the final search range; and controlling the hydraulic servo system to move to the execution position by utilizing the super-spiral sliding mode controller based on the execution position. The position control performance of the hydraulic servo system is improved.
Owner:YANSHAN UNIV

A method for identifying misaligned AOI components based on reverse grabbing logic

This invention relates to the field of image recognition technology, and more particularly to an AOI component misalignment identification method based on reverse-grabbing logic. The method includes: determining the reverse-grabbing detection box for each component under test to obtain background feature parameters for calculating misalignment sensitive information; determining the component test type based on the misalignment sensitive information; determining suspected edge features based on each suspected misaligned component; extracting identical good components to determine good edge features; determining whether there is an inconsistency between the suspected edge features and the corresponding good edge features; if there is an inconsistency, calculating the proportion of components with blackened areas and determining whether to analyze the goodness rate of components with blackened areas; and determining whether to trigger a secondary judgment of suspected misaligned components based on the component goodness rate based on the proportion of components with blackened areas. This invention improves the accuracy of AOI component misalignment identification and reduces the component false detection rate and missed detection rate.
Owner:CHONGQING YULONG OPTOELECTRONICS TECH CO LTD