4results about How to "Guaranteed responsiveness" patented technology

The present application relates to the technical field of medical detection, and particularly relates to a high-hook-capability and anti-interference HBP detection kit, which comprises R1 reagent and R2 reagent; 3-[3-(cholylamido propyl) dimethylamino] propanesulfonic acid inner salt and sodium dodecyl sulfate are used to prepare the reagent R1, and by adjusting the use ratio of the two, the mutual cooperation of the two can ensure the reaction sensitivity of the reagent and improve the anti-interference performance of the reagent; two kinds of latex microspheres with different particle sizes are used to coat two kinds of HBP antibodies with different antigen recognition epitopes in the reagent R2, which can not only ensure that the reagent has a wider detection range in the high value area and improve the hook capability, but also ensure the sensitivity of the kit; the activation system adopts the method of combining two activators of NHS and EDC, which can effectively improve the coupling efficiency. Meanwhile, the present application also provides a preparation method of the high-hook-capability and anti-interference HBP detection kit, which does not need centrifugation and resuspension operation steps, and the method operation is simpler and the production cost is lower.

This invention relates to the field of carbonization equipment technology, and particularly to a carbonization reaction tower, comprising a reaction body with a reaction chamber inside; a mixing module including a distribution component, a mixing component, and a spacer component, the spacer component being disposed in the middle of the reaction chamber, dividing the reaction chamber into a gas flow chamber, a mixing chamber, and a deposition chamber, the mixing component being disposed within the mixing chamber; the distribution component being disposed within the deposition chamber, the distribution component being sealed and connected to the mixing pipe, and the distribution component being connected to the outside via an air inlet pipe; and a circulation separation module being disposed at the bottom of the reaction body, used to cyclone-separate the slurry at the bottom of the reaction chamber and then transport it to the top of the mixing module. The carbonization reaction tower provided by this invention, by forming a mixing pipe with a Venturi structure, significantly enhances the mass transfer process and reaction efficiency, while simultaneously enabling the separation and circulation of the bottom slurry, ensuring the degree of material reaction while preventing equipment blockage.

The application discloses a kind of multi-modal intelligent inspection system and device for oilfield gathering and transportation station, belong to oilfield gathering and transportation station inspection technical field, including data acquisition module, abnormality determination module, station model simulation analysis module, decision analysis and execution module, the data acquisition module, including vibration, temperature, pressure, flow, liquid level, gas, ultraviolet flame, infrared thermal imaging, visible light, depth camera sensor, to gather current oilfield gathering and transportation station process equipment, environmental state, personnel operation behavior data, record sensor acquisition data in near-field edge server and cloud server, the abnormality determination module, eliminate the time difference of acquisition data by space-time alignment algorithm, generate uniform format time sequence health vector.The application discloses a kind of multi-modal intelligent inspection system and device for oilfield gathering and transportation station, can be based on oilfield gathering and transportation station type, carries out multi-modal inspection to oilfield gathering and transportation station, identifies and handles typical exception.

This invention belongs to the field of control technology, specifically relating to a method and system for thermal management control of LED vehicle lights based on multi-source data. The method includes the following steps: acquiring the ambient temperature, vehicle speed, drive current, and drive voltage during LED vehicle light operation; calculating the actual heat generation power of the LED based on the drive current, drive voltage, and non-heating light conversion efficiency constant; using an extended Kalman filter algorithm to fuse the ambient temperature, vehicle speed, drive current, and drive voltage to obtain a filtered and noise-reduced estimated value of the LED junction temperature; calculating the system's comprehensive thermal resistance representing the current heat dissipation condition using the estimated LED junction temperature, ambient temperature, and actual LED heat generation power; and subtracting a preset target LED junction temperature from the estimated LED junction temperature to calculate the temperature error signal. This invention adjusts the heat dissipation system by outputting a control signal, achieving closed-loop junction temperature control, improving temperature tracking control accuracy, and preventing overheating and degradation of the LED vehicle lights.