3results about How to "Control particle size distribution" patented technology

The present application belongs to the technical field of food baking, and provides a mousse cake layering forming method, comprising: activating the upper surface of the Nth layer of mousse layer which has been solidified, removing the surface condensate frost and forming micro roughness; adjusting the temperature of the N+1th layer of mousse paste to be filled to be within ±3℃ of the surface temperature of the Nth layer of mousse layer; using a low shear force mode, filling the N+1th layer of mousse paste after temperature adjustment into the Nth layer of mousse layer along the inner wall of the mold or through a flow guide device to obtain a multi-layer mousse assembly; precooling the multi-layer mousse assembly at 4-8℃ for 10-20min, and then freezing and shaping at 18-25℃.

The application provides a material preparation method based on purification and delamination synergistic optimization of montmorillonite, and comprises the following steps: S1, pretreating natural montmorillonite raw materials; S2, centrifugal purification by using a purification parameter linear optimization model; S3, preparing a montmorillonite delamination precursor; S4, ultrasonic delamination treatment by using a delamination effect dynamic regulation model; S5, purification and delamination synergistic optimization adjustment; S6, delamination montmorillonite stabilization treatment; S7, material forming and drying; S8, material sintering and performance characterization. Through the whole-process intelligent synergy of "raw material characteristics-purification parameters-delamination effect", the application breaks through the limitations of traditional processes and realizes efficient and stable preparation of montmorillonite materials.

This utility model discloses a crusher, belonging to the field of crushing equipment. A top sealing cover is bolted to the upper end of the crusher casing. A material conveying pipe is installed on the side wall of the top sealing cover. A first drive shaft and a second drive shaft are sequentially installed on the side wall of the crusher casing from bottom to top. A first gear and a second gear are respectively connected to the ends of the first and second drive shafts, achieving connection through the first and second gears. A first crushing and grinding wheel is installed on the shaft of the first drive shaft, and a second crushing and grinding wheel is installed on the shaft of the second drive shaft. This crusher, through the precise dual-stage design of the crushing and grinding system, the forced synchronization and power guarantee of the transmission system, and the controllability and sealing design of the material feeding and discharging mechanism, achieves a high degree of synergy among these three elements, ultimately realizing comprehensive superior performance in terms of high-efficiency crushing, controllable particle size, stable operation, flexible operation, and environmental friendliness, significantly improving the practical value and economy of the equipment.