57results about How to "Good uniqueness" patented technology

The invention discloses a Mean shift-based video target tracking method, which extracts the SIFT characteristics of the tracking target and then matches the SIFT characteristics of the target by the Mean-Shift algorithm to realize the target tracking. The method makes full use of the characteristics of invariance against rotation, size scaling and brightness change and high resistance against noise interference and the like. The invention not only considers the real-time performance of the algorithm, but also can well solve the problems of size scaling, object obstacle, rotation, illumination change and the like. The technology has wide application prospect and development potential in the fields of safety monitoring, automobile auxiliary movement, human body movement analysis, robot vision and so on, and can improve the real-time performance and accuracy of the target tracking.

The invention relates to an image registration algorithm based on SIFT (scale invariant feature transform) feature and angle relative distance. The technical feature is that: firstly, the SIFT feature point extraction algorithm is used to extract feature points and feature point descriptors in the reference image and the image to be registered. Then, the rough matching result between the image feature points is obtained through the Euclidean distance between the feature points, and the above rough matching result is used as input, the angular relationship of the feature points is calculated, and the correct matching feature points are screened out by subtracting the angle difference right. The present invention can make full use of the corresponding angle-invariant characteristics of the coarse matching feature point set itself to screen the correct matching feature points, greatly improving the ability of screening correct matching feature point pairs, and improving the accuracy of image registration.

The invention discloses a selenium-enriched compound microbial organic fertilizer with a humic acid coating film and a preparation method thereof. The selenium-enriched compound microbial organic fertilizer is prepared by taking fowl manure and furfural residues as main raw materials which are used as carriers of a selenium element and various types of microbial strains, and taking active carbon fine powder, amino acid chelated selenium, a special bacterium agent for composting the organic fertilizer, a JT compound microbial bacterium agent and an EM compound microbial bacterium agent as auxiliary raw materials, and spraying a coating film on product particles by adopting a humic acid based film coating agent. The preparation method comprises the following steps: preparing the main raw materials, preparing the auxiliary raw materials, preparing various types of compound microbial bacterium agents, carrying out three times of biologic fermentation processes, and carrying out subsequent processing. The selenium-enriched organic fertilizer prepared by the invention can be widely used for producing selenium-enriched agricultural products, and the content of the selenium element in the agricultural products is effectively increased; recycling and harmless comprehensive utilization of excrement of large-scale bred livestock and poultry and biomass wastes of a furfural industry is realized, so that the environmental pollution is reduced, and the breeding cost and the production cost of the furfural industry are reduced; and the social and economic benefits of enterprises are improved, and the selenium-enriched compound microbial organic fertilizer has important demonstration and popularization values.

The invention discloses a milk flavored calf feed condiment containing a sweetening agent as well as a preparation method and application thereof. The milk flavored calf feed condiment containing sweetening agent is prepared from raw materials including 1-10 parts of the sweetening agent and 1-10 parts of a flavoring agent, wherein the sweetening agent is prepared from raw materials including vanillin, (sweet type) ethyl maltol, saccharinnatrium, glucose and the like; and the flavoring agent is edible milk powder essence. The milk flavored calf feed condiment containing the sweetening agent, provided by the invention, can stimulate the appetite of calves, promote the gastrointestinal peristalsis and rumination, stimulate the secretion of digestive glands and promote a digestive tract function; the feed digestibility and the feed conversion rate are improved, and the milk flavored calf feed condiment has a remarkable effect in the aspect of enhancing the immunity of the organism; and the daily gain can be improved by 12.3%, the diarrhea morbidity of the calves is reduced by 22% and the death rate is reduced by 5%.

The invention relates to a preparation method for a photocatalytic heterojunction catalyst for reversible hydrogen storage, the product and an application of the catalyst. The method uses TiO2 as a substrate to deposit precious metal nanoparticles on the surface of the substrate to form the Mott Schottky catalyst, the TiO2 semiconductor has an electron supply function, and a large number of electrons are enriched at the surface of the precious metal end and show high activity under the condition of light excitation. Compared with a current cyclohexane conversion photocatalyst, the catalyst provided by the invention has a series of advantages such as a higher cyclohexane conversion rate (90% or more), and higher hydrogen release and storage capacity (300 [mu]mol).

The present invention relates to a semiconductor device, a unique ID of the semiconductor device and a method for verifying the unique ID. Thus, original data (bit string) having 127-bit length [126:0] is inputted at step S1. Then, it is determined whether the number of bits of “1” in the bit string [126:0] inputted at the step S1 is more than the half of the bits of the bit string (that is, not less than 64) or not at step S2. When the number is not less than 64, the process proceeds to step S3. At the step S3, the bit string [126:0] is inverted and an invert bit [127] is set to “1”. Then, the process proceeds to step S5. At the step S5, the fuse corresponding to the bit string [126:0] and the bit [127] are cut by LT.

The invention belongs to the technical field of biomedical materials, and discloses a complex of a helical chain polysaccharide derivative co-loaded single-walled carbon nanotube and nucleic acid as well as a preparation method and application of the complex. The preparation method of the complex comprises the following steps: enabling helical chain polysaccharide amylase to react with N, N'-carbonyldimidazole and ethylenediamine in dimethyl sulfoxide to obtain a water-soluble amylase derivative containing primary amino groups, then adding a single-walled carbon nanotube into an aqueous solution, and performing ultrasonic treatment, centrifugation, filtration and freeze drying to obtain an amylase derivative-single-walled carbon nanotube inclusion compound; and then, scattering the inclusion compound into double distilled water, adding nucleic acid, fully vibrating, and then performing incubation to obtain a complex of the helical chain polysaccharide derivative co-loaded single-walled carbon nanotube and nucleic acid. The complex disclosed by the invention combines photo-thermal conversion effects of the inclusion compound and special functions of nucleic acid, and can be used for preparing medicines for photo-thermal and gene combined treatment.

The invention discloses an accurate measurement method for resilience of memory alloy. The method comprises the step of configuring a displacement sensor on an automatic mechanical stretcher to eliminate thermal expansion and other factors which interfere with the test result. Compared with the prior art, the technical scheme disclosed by the invention has the advantages that the method considers the influence of the thermal expansion factor due to external temperature on the resilience, so as to measure the resilience of the memory alloy more accurately.