6results about How to "Overcome quality" patented technology

This invention relates to a privacy-preserving diffusion model inference method and system based on time-step adaptive gating, belonging to the field of computer software technology. The method includes: constructing an adaptive gating network based on time-step conditions; constructing an MPC-aware budget-constrained cost model; calculating the inference cost using the budget-constrained cost model, and training the adaptive gating network based on the inference cost; calculating the importance score of each computational unit in the diffusion model based on the trained adaptive gating network, and generating an adaptive computation path mask based on the importance score; and performing secure inference based on the generated computation path mask. This invention can significantly reduce communication and computational overhead in a secure multi-party computation environment, maintain high-fidelity image generation quality while significantly accelerating the process, and achieve a strong privacy protection mechanism that decouples control flow and data flow.

The invention relates to a preparation method of a red light material based on a ZnO solid film, and relates to the technical field of micro-nano electronic luminescent device manufacturing, and the preparation method comprises the following steps: S1, substrate pretreatment; s2, constructing a vacuum environment; s3, introducing working gas; s4, thin film deposition; s5, taking out the sample; s6, primary annealing; s7, secondary annealing; and S8, obtaining a finished product. According to the preparation method of the red light material based on the ZnO solid film, the preparation cost is remarkably reduced, the technological process is simplified, and the problems that in the prior art, the bulk single crystal processing cost is high, the doping method process is complex, and large-scale production is difficult are solved. The preparation method has the advantages that the preparation method is simple, expensive single crystal raw materials are not needed, toxic or magnetic high-cost doping elements such as cobalt (Co) are prevented from being introduced, the green and low-cost manufacturing process is realized, and the preparation method is simple in process flow, convenient to operate, good in repeatability and stability and very suitable for industrial large-scale commercial production.

The application discloses a preparation method of a mycobacterium bovis polysaccharide antigen, the polysaccharide antigen is a glycosyl part of a phenolic glycolipid PGL in a cell wall of mycobacterium bovis, the polysaccharide antigen has a clear and single chemical structure, can be prepared in a large scale and efficiently through a chemical synthesis method, and effectively solves problems of a complex natural extraction process, non-uniform structure, limited yield and the like. The polysaccharide antigen can be used as a core immunogen and is used for preparation of a mycobacterium PGL polysaccharide conjugate vaccine, provides a stable and controllable key raw material for tuberculosis vaccine research and development, and has a good industrial application prospect.

This invention relates to the field of traditional Chinese medicine cultivation technology, specifically the application of D6-abelacterol, and particularly its application in promoting the growth of Panax notoginseng, inducing resistance, and improving its quality. Experiments have shown that D6-abelacterol significantly enhances the resistance of Panax notoginseng to pathogens such as black spot disease, improving its disease resistance; simultaneously, it promotes plant growth, significantly increasing the yield and quality of Panax notoginseng, exhibiting a significant growth-promoting effect. The D6-abelacterol provided by this invention is a natural product, possessing environmentally friendly, low-toxicity, and green properties, laying the foundation for the development of the Panax notoginseng industry.

This invention relates to the field of calcination technology, specifically to a high-quality active and nano zinc oxide calcination system, comprising a hot blast furnace and a wet material silo. A drying component for drying the wet material is connected to one side of the hot blast furnace and wet material silo via a pipe. A collection component for collecting the material is provided on one side of the drying component. The collection component is connected to a finished product processing component via a pipe. This invention overcomes the problems of low product collection rate and poor product quality in existing active and nano zinc oxide calcination processes when facing production load fluctuations. Its key feature is the use of a high-temperature ceramic filter tube collector to capture the powder escaping from the cyclone separator. This improves the finished product collection rate while avoiding problems such as system instability, increased energy consumption, and over-burning of the finished product due to repeated calcination of the finished powder.

The utility model provides a side pedal mounting structure and a vehicle, the side pedal mounting structure comprises a doorsill beam and a mounting seat, the bottom side of the doorsill beam is provided with a machining positioning structure, the mounting seat is fixedly provided with a fastening connecting piece used for being connected with a vehicle side pedal, and the mounting seat is structurally matched with the machining positioning structure and is welded with the doorsill beam. According to the utility model, one mounting seat is compatible and adaptable to various threshold beams respectively corresponding to different vehicle body heights, under the condition that the vehicle body heights are different, the difference of side pedal mounting structures of various vehicle types lies in the structure shape of a machining positioning structure, one mounting seat and one threshold base material can be designed uniformly, and the mounting seat and the threshold base material are convenient to use. Then a machining positioning structure matched with the specific vehicle body height is machined on the threshold base material to obtain a threshold beam matched with the corresponding vehicle body height, the vehicle model development cost is reduced, and the performance and quality of side pedals between different vehicle models are improved; and the difference of the performance quality of the side pedal mounting structure caused by the difference of the performance of the mounting seat structure is overcome.