3results about How to "Achieve homogenization" patented technology

This invention belongs to the field of environmentally friendly fuel technology, specifically relating to a method for preparing a green, low-carbon, and highly efficient modified fuel for alcohol-hydrogen engines. This invention comprehensively improves fuel performance through a progressive synergistic architecture of a bio-methanol platform – an oxygen-containing combustion-promoting system – a stability barrier – and a low-energy-consumption blending path. Using bio-methanol as a base, it optimizes combustion by compounding with oxygen-containing components such as 2-MTHF and DMM / MF, achieving rapid ignition, emission reduction, and noise reduction. Phase behavior is regulated by isobutanol and polyether-modified silicon, achieving a reversible and stable phase without the need for high-HLB surfactants, preventing deposition and gas lock. A four-fold protective barrier is constructed using GMO and fluorinated silica polyethers, combined with antioxidant synergy to achieve corrosion resistance and aging resistance. The process adopts a sequential design of front-end purification – mid-stage two-phase construction – and end-stage static mixing, achieving low-energy homogenization and ensuring storage, transportation, and operational stability.

The application discloses a cavity electromagnetic field homogenization method for wireless energy transmission. The application uses an internal multi-port method to calculate electromagnetic field distribution in a metasurface resonant cavity under certain port configuration, and then finds a suitable port connection mode through a genetic algorithm, so that the electromagnetic field in the cavity is approximately uniformly distributed. The application realizes uniform distribution of electromagnetic field in the resonant cavity, and can realize efficient transmission everywhere in the cavity.

This invention discloses a stepped mixing device and process for highly homogenized and anti-segregation dry mortar, belonging to the field of dry mortar production technology. The device includes a shell with feet at the bottom. Inside the shell, from top to bottom, a primary mixing component, a suction component, and a secondary mixing component are sequentially connected, forming a three-stage stepped mixing structure. A rotating component driving the secondary mixing component is located on the outside of the shell. This invention effectively solves the segregation problem caused by density and particle size differences in multi-component materials in dry mortar through three-stage stepped mixing of "pre-dispersion, pneumatic homogenization, and deep shearing," significantly improving mortar homogeneity and batch stability, shortening mixing time, and increasing production efficiency. It is suitable for the large-scale production of various types of dry mortar.