4results about How to "Achieve responsiveness" patented technology

The application relates to the technical field of data processing, and discloses a sulfur hexafluoride gas data monitoring management system. The system comprises the following units: a collecting unit that collects SF6 gas density values and temperature values, generates a monitoring original data set in combination with a device identification code and a time stamp; a screening unit that calculates a density-temperature rho-T correlation coefficient and screens reliable monitoring data; a prediction unit that inputs the reliable data into an SF6-NN neural network to predict density values and temperature compensation amounts; a division unit that stores data in a graded manner according to density ranges; and an analysis unit that calculates density stability indexes and device health degree scores and generates SF6 management data. The application solves the technical problems of incomplete data collection coverage, difficult guarantee of data reliability, lack of prediction capability and low data management efficiency in a traditional SF6 gas monitoring system, and improves the data quality, prediction accuracy and management efficiency of SF6 device monitoring.

The utility model belongs to clutch technical field, especially a motorcycle clutch, the outer ring of centrifugal base is uniformly distributed with a plurality of centrifugal block slots, is provided with centrifugal block group in centrifugal block slot, is provided with end face pressing plate through elastic connecting structure in one end surface of centrifugal base, end face pressing plate is set on transmission core, is provided with transmission pressing plate in the other end of transmission core, is successively set with a plurality of outer tooth friction pieces, inner tooth friction piece from end face pressing plate on the transmission core of end face pressing plate and transmission pressing plate, outer tooth friction piece and inner tooth friction piece alternate arrangement, transmission pressing plate, transmission core and centrifugal base are connected through fastener, outer tooth friction piece is engaged with bowl public inner wall, the inner ring of inner tooth friction piece is engaged with transmission core, the utility model discloses the centrifugal force of centrifugal block group generates drive end face pressing plate and then fast pressure tight friction piece group, and the transmission process is more delicate, uniform, and the power output is more smooth.

The application relates to an intelligent interaction method and an interaction screen system supporting multi-modal input and output, aiming to improve the intelligent processing capability of voice, text and visual data in complex interaction scenarios. Through millisecond-level voice and text segmentation, endpoint positioning, semantic label generation and multi-modal time alignment, dynamic extraction and priority scheduling of semantic anchor points are realized. Combined with high-confidence control flow, attention mask generation and fine-grained visual modeling, semantic distillation and cross-modal contrast learning are adopted to effectively optimize the consistency of visual features and semantics. Based on real-time network status and interaction demand, the processing granularity and sampling frequency are dynamically adjusted to ensure the adaptability and synchronization of semantic understanding. The technical scheme improves the accuracy, real-time performance and robustness of multi-modal interaction, and is suitable for intelligent voice assistants, human-computer interaction systems and the like.

The application discloses a near-infrared fluorescent probe for detecting viscosity of liquid food, and a preparation method and application thereof. The fluorescent probe is 2-(2-6-(diethylamino)-1,2-dihydrocyclopenta[b]chromen-3-yl)vinyl)-3-ethyl-1,1-dimethyl-1H-benzo[e]indol-3-ium salt. The fluorescent probe contains two kinds of rotor elements, i.e. a vinyl bond and a single bond, which is beneficial to sensitive response of the probe to viscosity change. The probe has a long emission wavelength in a high-viscosity solvent, which can reach 787 nm, and has strong fluorescence penetration, low background interference and high signal-to-noise ratio. In addition, the probe has good selectivity for the high-viscosity solvent and high sensitivity, and therefore, the probe can be applied to detection of viscosity of liquid food.