4results about How to "Avoid mutual exclusion" patented technology

The present application provides a method and device for identifying the microstructure of a 2.5-dimensional woven composite material based on machine vision. The method provided by the present application includes: identifying the target woven composite material based on the top view and the structural tensor information identification method of the target woven composite material to obtain a first material classification result; determining the pixel range of the warp and weft yarns of the target woven composite material from the main view based on the first material classification result of the top view, and determining the number of pixels in each independent area based on the pixel range, thereby optimizing the first material classification result and obtaining a second material classification result; obtaining a third material classification result based on the main view recognition result and the side view recognition of the overlapping warp yarns, and combining the second material classification result and the third material classification result to obtain the recognition result of the microstructure of the target woven composite material. The method and device provided by the present application are used to accurately and efficiently identify the microstructure of woven composite materials.

The application provides a preparation method of astaxanthin cordyceps militaris fine tablets, comprising the following steps: subjecting cordyceps militaris fruiting bodies to supercritical CO2 extraction treatment to separate a cordyceps militaris terpene component; mixing Haematococcus pluvialis powder and edible vegetable oil, adding the cordyceps militaris terpene component and rosemary extract, and cooling and forming to obtain an astaxanthin-cordyceps militaris terpene blend; crushing the residue after extraction, adding purified water and a composite enzyme preparation to perform enzymolysis to obtain an enzymolysis liquid; adding a chitosan quaternary ammonium salt solution, centrifuging after flocculation, vacuum drying, and crushing to obtain cordyceps militaris active powder; mixing and granulating raw materials to obtain granulation particles; uniformly mixing the granulation particles with xylitol and microcrystalline cellulose, and pressing into tablets; and placing the tablets in a coating machine for coating. The application realizes efficient retention of active ingredients, improvement of safety and stability of product quality through the cooperation of multiple technologies such as supercritical CO2 extraction, enzymolysis flocculation, low-temperature fluidized bed granulation and hot melt coating.

The invention discloses an implementation method of a high-performance atomic counter under a multi-core architecture, and belongs to the field of computer systems, the high-performance atomic counter comprises an Array and a core, and the Array comprises N atomic counters. An Array counter is arranged, each core is responsible for independently having an atomic counter, when access is needed, all counters of an array are accumulated, and an independent atomic counter variable is allocated to each CPU core in a system, so that when a certain thread needs to update the count, only the counter of the CPU corresponding to the thread where the thread is located needs to be updated, and the count of the thread needs to be updated. Therefore, conflicts and mutual exclusion among the threads are avoided, when the total value of the counter needs to be obtained, the counter values of all CPUs are accumulated, the process can be completed without locking, the reading efficiency is remarkably improved, the implementation mode of the invention not only reduces the frequency of mutual exclusion operation, but also improves the reading efficiency. And the performance loss caused by a memory barrier is reduced, and the performance of the atomic counter in a high-concurrency scene is greatly improved.

The invention provides a method, a reagent strip and a kit for marking human immunodeficiency virus recombinant antigens by colloidal gold, and belongs to the technical field of gold immunization, the method for marking human immunodeficiency virus recombinant antigens by colloidal gold comprises the following steps: (1) preparing a colloidal gold solution; (2) adjusting the pH value of the prepared colloidal gold solution to 6.0; (3) adding a proper amount of BSA-1 solution at one time; (4) adjusting the pH value of the liquid obtained in the step (3) to 7.0-7.5; (5) adding the human immunodeficiency virus recombinant antigen at one time, wherein the adding amount is 55-65% of the using amount of the saturated labeled human immunodeficiency virus recombinant antigen; 6, a final sealing agent BSA-2 solution is added, and labeling is completed. The stability of the reagent strip can be guaranteed, the dosage of the antigen / antibody to be labeled is reduced, the situation that unoccupied sites exist on the surface of colloidal gold, and consequently non-specific reaction occurs can be avoided, and finally the developing intensity and sensitivity of a product can be improved.