5results about How to "Get fast" patented technology

The invention discloses a disperse relaxation factor tidal current model based minimum electricity generating cost incremental quantity obtaining method. When a minimum electricity generating cost incremental quantity model only containing one balance node tidal current model is solved, the total demand unit change of a system is fixed on a balance node, and an obtained lambda, namely electricity generating cost minimum incremental quantity cannot reflect actual operation of the system in most cases during total demand unit change of a system. The disperse relaxation factor tidal current model based minimum electricity generating cost incremental quantity obtaining method adopts solves the provided model by means of an original antithesis interior point method, and the lambda of the system is controllable according to selected disperse relaxing factors.

This utility model discloses a quantitative dispensing container for formulated milk powder for bone health in middle-aged and elderly people. It includes a mixing tank, a cover plate fixedly installed on the top of the mixing tank, an outer shell fixedly installed on the top of the cover plate, and a mounting plate rotatably connected to the inner top of the outer shell. A discharge pipe is fixedly installed on the left end of the top of the cover plate, and a baffle is sleeved and connected to the outside of the discharge pipe. A rotating component is located at the middle position of the top of the cover plate, and an adjusting component is located on the left end of the top of the cover plate. The discharge component is mounted on the mounting plate. This quantitative dispensing container for formulated milk powder for bone health in middle-aged and elderly people can effectively control the intake through the rotation of the discharge baffle, reducing the risk of insufficient or excessive intake, thereby ensuring the acquisition of appropriate nutrients. Furthermore, the shielding of the lower end of the hopper effectively prevents the milk from contacting air and also effectively prevents accidental powder leakage or splashing.

The present application belongs to the technical field of hydrogeological parameter measurement, and discloses a kind of spatio-temporal quantitative expression method of hydrogeological parameter based on non-contact observation method, spatio-temporal quantitative expression method of hydrogeological parameter based on non-contact observation method includes: using the NMR geophysical prospecting method of different field source form, GPR geophysical prospecting method, TEM geophysical prospecting method collects different types, different structure geophysical data;And based on the different types, different structure geophysical data inversion obtains hydrogeological parameter;Based on D-S evidence theory, the hydrogeological parameter obtained by inversion is merged with the collected hydrogeological data to obtain the best estimate of the hydrogeological parameter.The present application merges the measured different types, different structure geophysical data and the collected hydrogeological data to obtain the best estimate of the hydrogeological parameter, and quantifies the uncertainty factor.

The invention relates to engineered lactobacillus plantarum outer vesicles targeting a cerebral infarction area and a preparation method thereof. The engineered lactobacillus plantarum outer vesicle targeting the cerebral infarction area is obtained by modifying the lactobacillus plantarum outer vesicle with E-selectin binding oligopeptide Esbp, and the engineered lactobacillus plantarum outer vesicle can well target a new target E-selectin of the cerebral infarction area, so that the outer vesicle is delivered to the cerebral infarction area to treat cerebral infarction. The engineered lactobacillus plantarum outer vesicle has the advantages of high acquisition speed, high yield, low cost and the like, and the chemical connection method is simple in synthesis step and lower in cost, so that the engineered lactobacillus plantarum outer vesicle targeting the cerebral infarction area has the characteristics of low cost and simplicity in preparation, and is suitable for industrial popularization and application.

The invention discloses a non-vision-field correlated imaging method based on a chaotic optical comb, and relates to the technical field of computational imaging. The correlated imaging system provided by the method is composed of a chaotic optical comb source, a two-dimensional dispersion projection module, a single-pixel detector, a time-distance correlation module and a second-order correlation reconstruction module. A random optical frequency comb is generated by using a silicon nitride micro-ring, multi-point random illumination is formed through VIPA and a grating, an echo time sequence is recorded through a single pixel, a virtual voxel is constructed in combination with flight time, and a three-dimensional image of a hidden target is reconstructed at a time through second-order correlation operation. According to the invention, high-speed and high-efficiency non-vision-field three-dimensional imaging can be realized without mechanical scanning or a spatial light modulator, and the method is suitable for scenes such as complex environment detection, post-disaster search, corner perception in unmanned driving and the like.