Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Powder particle component and particle size control system and control method thereof
The invention discloses a powder particle component and particle size control system and a control method thereof. The powder particle component and particle size control system comprises a material bed smashing unit, a grading unit, a fine grinding unit and a mixing unit which are sequentially connected; the material bed smashing unit is used for smashing initial raw materials into material particles and conveying the material particles to the grading unit; the grading unit is used for grading the material particles into particle groups with different particle size interval distribution, thegraded particle groups with different particle size distribution comprise fine-diameter interval particles, middle-diameter interval particles and rough-diameter interval particles, and the middle-diameter interval particles are ground into micro-diameter interval particles with the mean particle size being smaller than the fine-diameter interval particles through the fine grinding unit. Accordingto the powder particle component and particle size control system and the control method thereof, a mixing powder grinding technology based on material bed smashing is adopted, the difference of thegrindability of different materials is used, through the grinding and mixing of the system unit, powder particle components and particle sizes are manually controlled in different particle size intervals, and thus the best using effect of the powder particle is sufficiently achieved.
本发明公开了一种粉粒组分和粒径控制系统及该系统的控制方法，该控制系统包括有依次连接的料床粉碎单元、分级单元、细磨单元以及混合单元；所述料床粉碎单元用于将初始原料粉碎成物料颗粒后输送至分级单元；所述分级单元用于将物料颗粒分级成具有不同粒径区间分布的颗粒组，分级后具有不同粒径分布的颗粒组包括有细径区间颗粒、中径区间颗粒和粗径区间颗粒，所述中径区间颗粒通过细磨单元研磨出具有平均粒径小于细径区间颗粒的微径区间颗粒。本发明采用基于料床粉碎的混合粉磨技术，利用不同物料易磨性的差异，通过系统单元的研磨以及混合，使得粉粒组分和粒径在不同的粒径区间内均达到了人为可控，从而实现了充分发挥粉粒的最佳使用效果。
Powder particle component and particle size control system and control method thereof
The invention discloses a powder particle component and particle size control system and a control method thereof. The powder particle component and particle size control system comprises a material bed smashing unit, a grading unit, a fine grinding unit and a mixing unit which are sequentially connected; the material bed smashing unit is used for smashing initial raw materials into material particles and conveying the material particles to the grading unit; the grading unit is used for grading the material particles into particle groups with different particle size interval distribution, thegraded particle groups with different particle size distribution comprise fine-diameter interval particles, middle-diameter interval particles and rough-diameter interval particles, and the middle-diameter interval particles are ground into micro-diameter interval particles with the mean particle size being smaller than the fine-diameter interval particles through the fine grinding unit. Accordingto the powder particle component and particle size control system and the control method thereof, a mixing powder grinding technology based on material bed smashing is adopted, the difference of thegrindability of different materials is used, through the grinding and mixing of the system unit, powder particle components and particle sizes are manually controlled in different particle size intervals, and thus the best using effect of the powder particle is sufficiently achieved.
本发明公开了一种粉粒组分和粒径控制系统及该系统的控制方法，该控制系统包括有依次连接的料床粉碎单元、分级单元、细磨单元以及混合单元；所述料床粉碎单元用于将初始原料粉碎成物料颗粒后输送至分级单元；所述分级单元用于将物料颗粒分级成具有不同粒径区间分布的颗粒组，分级后具有不同粒径分布的颗粒组包括有细径区间颗粒、中径区间颗粒和粗径区间颗粒，所述中径区间颗粒通过细磨单元研磨出具有平均粒径小于细径区间颗粒的微径区间颗粒。本发明采用基于料床粉碎的混合粉磨技术，利用不同物料易磨性的差异，通过系统单元的研磨以及混合，使得粉粒组分和粒径在不同的粒径区间内均达到了人为可控，从而实现了充分发挥粉粒的最佳使用效果。
Powder particle component and particle size control system and control method thereof
一种粉粒组分和粒径控制系统及该系统的控制方法
BAO WEI (Autor:in) / WANG QIANQIAN (Autor:in) / GAO LIN (Autor:in) / DING HAO (Autor:in) / BAO QI (Autor:in) / ZHENG ZHIRU (Autor:in) / XU JUN (Autor:in)
28.08.2020
Patent
Elektronische Ressource
Chinesisch
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