11results about How to "Inhibition is effective" patented technology

The embodiment of the application provides a false alarm suppression method, device and medium for ground-based telescope observation, through research on the constructed false alarm data set, various false alarm characteristics can be fully obtained for different false alarm categories, based on trajectory quality characteristics, sky light identification coefficient, target identification coefficient, hot pixel identification coefficient, space-time geometric consistency, gray consistency, speed size consistency, long axis and speed size consistency, long axis and speed direction consistency, the uncertainty of the traditional experience threshold discrimination method can be got rid of, not only various scene false alarms can be effectively identified, but also false suppression of real targets can be prevented to cause missed alarms, and the false alarm suppression method is suitable for target detection after false alarm suppression in different observation environments, and the false alarm suppression effect is good.

A rotating magnet magnetic field vector interference compensation method based on adaptive spectrum tracking, comprising: establishing a reference digital model of a rotating magnetic component, obtaining a raw magnetic measurement vector signal sequence of a three-component magnetic sensor at a preset observation point, and constructing a time-domain observation vector; establishing a finite harmonic model of each axial component; establishing a spatial modulation function; combining the finite harmonic model with the spatial modulation function to obtain a modulated time-domain signal; performing fast Fourier transform on the modulated time-domain signal, adaptively updating second-order IIR notch filter parameters under candidate frequency point set constraints, and then performing inverse fast Fourier transform to obtain a noise-reduced time-domain magnetic field signal; obtaining a non-stationary magnetic field signal across rotating speeds based on the noise-reduced time-domain magnetic field signal; performing vector fusion and coordinate unification on the non-stationary magnetic field signal to output a final dynamic magnetic vector signal mapping after interference compensation. The present application can improve the filtering effect on noise frequency points and improve the interference compensation effect.

This invention relates to the field of biomedical technology, and in particular to a method for preparing and applying a nanomedicine for treating deep endometriosis. The method involves mixing ferrous ammonium sulfate, trisodium citrate, and polyethyleneimine, then adding thioacetamide and triethanolamine via a solvothermal reaction to obtain two-dimensional iron sulfide nanosheets. Dopamine hydrochloride is then added and stirred at room temperature in anhydrous ethanol to obtain polydopamine-coated iron sulfide (FP). FP is then mixed with larotrectinib and anhydrous ethanol to obtain the nanomedicine FPL for treating deep endometriosis. The synthesis method of this invention is simple and highly operable; the product is stable and reproducible; FPL exhibits good biocompatibility and biodegradability. After entering the microenvironment of deep endometriosis lesions, it can responsively release larotrectinib, effectively inhibiting the Trk signaling pathway and significantly reducing the degree of nerve infiltration; simultaneously, the anti-inflammatory effect of the FP carrier alleviates the local inflammatory response, jointly inhibiting lesion progression.

The utility model discloses a steel plant electric furnace dioxin control device which comprises a power mechanism, the power mechanism is used for conveying air to a steelmaking system in an airflow mode, the power mechanism is connected with a feeding mechanism, the feeding mechanism is used for conveying chemicals to the steelmaking system, and the power mechanism is matched with the feeding mechanism. The medicament is scattered and mixed into the air to form mixed airflow which is introduced into a pipeline among the tunnel kiln, the settling chamber and the bag-type dust collector. Two steel plant electric furnace dioxin control devices are externally connected to a steelmaking system, one steel plant electric furnace dioxin control device is connected to a tunnel kiln through a hose, the other steel plant electric furnace dioxin control device is connected to a pipeline arranged between a settling chamber and a bag-type dust collector through a hose, and the steel plant electric furnace dioxin control device conveys filtered air in an airflow mode through a power mechanism. The chemicals fed by the feeding mechanism are mixed in the airflow to form mixed airflow, and the mixed airflow is mixed with the flue gas, so that the dioxin in the flue gas is effectively inhibited and adsorbed.

This invention relates to the field of ultrasonic detection and flow metering technology, specifically to an ultrasonic gas flow measurement method based on flow-adaptive sampling. The method acquires and transmits a broadband ultrasonic excitation signal via a transducer, outputting forward and reverse flow echoes, which are then denoised using wavelet denoising. A stored reference signal is used to perform matched filtering on the denoised echoes to achieve pulse compression. Cross-correlation analysis and cosine interpolation are then used to calculate the propagation time difference, thereby obtaining the instantaneous flow velocity and flow rate. Simultaneously, the flow velocity data is stored in a circular buffer, subjected to mean binarization, and features such as jump ratio, asymmetry, and persistence percentage are extracted to distinguish between pulsating and steady-state flow. Finally, based on the flow state determination result, high-frequency sampling is randomly inserted during steady-state flow to monitor implicit pulsations. The sampling period is dynamically adjusted by combining flow state characteristics and propagation time difference to achieve adaptive sampling control of the flow meter, effectively improving measurement accuracy and response speed.

The application provides application of ganoderma ketone A in preparation of CD38 inhibitors and related products, and comprises application of ganoderma ketone A in preparation of CD38 inhibitors. The application can solve the problem of the limitation of CD38 inhibitors in the prior art and is suitable for the field of biochemistry.

The invention discloses a magnetic resonance wireless energy transfer multi-load constant voltage output system and method, and belongs to the field of wireless power supply, an N-level architecture (including a transmitting-relay unit, a receiving-transmitting unit and a relay-receiving unit, and a receiving unit is added when N is an even number) is adopted, and an S-type compensation topology and a DD / Q and DDQ differentiated coil structure are combined; cross coupling is eliminated through equivalent mutual inductance reconstruction and compensation capacitance dynamic adjustment, and zero-phase-angle input and multi-load constant-voltage output of the transmitting end are achieved. The innovation points lie in that the structure is compact and flexible, cross coupling suppression is effective, efficiency and stability are high, wired power supply can be replaced, the problems of difficult wiring and high maintenance cost in distributed scenes such as ultra / extra-high voltage insulator monitoring are solved, and the system has important engineering application value.

The application belongs to the technical field of reverse osmosis membrane manufacturing, and particularly relates to a high-efficiency antifouling and sterilization reverse osmosis composite membrane and a preparation method thereof. The high-efficiency antifouling and sterilization reverse osmosis composite membrane is formed by forming a polyamide desalination layer on a polysulfone base film, and then coating a copolymer of a zwitterion with double bonds and thioctic acid on the surface of the polyamide desalination layer. The zwitterion is any one of SBMA, VPPS and VPES. The product has the advantages of high flux, high desalination rate, excellent antifouling performance, stable operation and the like. The preparation method has the advantages of simple process, high industrial production efficiency, low cost, rapid copolymerization reaction and no need of additional catalyst, and is suitable for large-scale coating production.

This utility model discloses a noise reduction structure for an adjustment body of an automotive steering gear, including a steering housing, an adjustment housing, and a steering rack. The adjustment housing houses the noise reduction structure, which includes an adjustment plug, a rack support, a spring, a friction assembly, a sidewall anti-collision assembly, and a compression anti-collision assembly. A connecting groove is formed in the right end of the rack support, and the friction assembly is installed in the connecting groove. The sidewall anti-collision assembly is installed between the rack support and the adjustment housing, and the compression anti-collision assembly is installed between the adjustment plug and the rack support. The steering rack is movably embedded in the steering housing, with its sidewall in contact with the inner wall of the friction assembly. This utility model relates to the field of automotive steering gear technology. Through the coordinated operation of the friction assembly, the sidewall anti-collision assembly, and the compression anti-collision assembly, it effectively buffers and suppresses abnormal noise from steering rack friction, lateral impacts between the rack support and the housing, and axial compression collisions between the adjustment plug and the rack support, achieving a comprehensive noise reduction effect.

The present application relates to an asymmetric RNAi-inducing nucleic acid molecule which inhibits the expression of retinoid-related orphan nuclear receptor-beta (ROR-beta) and use thereof, and more particularly to an asymmetric RNAi-inducing nucleic acid molecule comprising an antisense strand comprising a sequence complementary to mRNA encoding ROR-beta, and a sense strand forming complementary bonds with the antisense strand, and a pharmaceutical composition for ameliorating or treating a retinal disease, comprising the asymmetric RNAi-inducing nucleic acid molecule.