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A platform for research: civil engineering, architecture and urbanism
Environment-friendly brick manufacturing device and method based on high-sulfur copper tailing waste and environment-friendly brick
The invention is suitable for the technical field of environment-friendly bricks, and provides an environment-friendly brick manufacturing device and method based on high-sulfur copper tailing waste and an environment-friendly brick, the environment-friendly brick manufacturing device comprises a working shell provided with a material mixing cavity, a driving cavity and a smashing cavity, and a material mixing mechanism is arranged in the material mixing cavity; a first guide seat; a feed chute; a feed hopper; the two crushing rollers are rotationally arranged in the crushing cavity; the first gear pair is used for connecting the ends, located outside the working shell, of the two crushing rollers; the second guide seats are uniformly fixed below the crushing rollers; the two ends of the arc-shaped screening net abut against the bottoms of the adjacent second guide seats, and the arc-shaped screening net is connected with an elastic supporting mechanism for elastically supporting the arc-shaped screening net; the powder grinding unit is used for grinding materials on the arc-shaped screening net; the mixing mechanism and the crushing rollers are driven to operate by a power mechanism capable of switching a driving target; the elastic supporting mechanism is driven by an intermittent driving mechanism to stretch out and draw back in a reciprocating mode so as to vibrate the arc-shaped screening net. The device integrates crushing, screening and material mixing.
本发明适用于环保砖技术领域，提供了基于高硫铜尾矿废料的环保砖制作装置、方法及环保砖，包括：工作壳体，设置有混料腔、驱动腔和粉碎腔，混料腔内设置有混料机构；第一引导座；进料槽；进料斗；粉碎辊，设置有两个且转动设置于粉碎腔内；第一齿轮副，用于连接两个粉碎辊位于工作壳体外的一端；第二引导座，均匀固定于粉碎辊的下方；弧形筛选网，两端抵接于相邻的第二引导座底部，连接有对其弹性支撑的弹性支撑机构；碾粉单元，用于粉碎弧形筛选网上的物质；所述混料机构和粉碎辊通过可切换驱动目标的动力机构驱动运行；所述弹性支撑机构通过间歇驱动机构驱动其往复伸缩，以达到震动弧形筛选网；本发明集粉碎、筛选、混料一体化。
Environment-friendly brick manufacturing device and method based on high-sulfur copper tailing waste and environment-friendly brick
The invention is suitable for the technical field of environment-friendly bricks, and provides an environment-friendly brick manufacturing device and method based on high-sulfur copper tailing waste and an environment-friendly brick, the environment-friendly brick manufacturing device comprises a working shell provided with a material mixing cavity, a driving cavity and a smashing cavity, and a material mixing mechanism is arranged in the material mixing cavity; a first guide seat; a feed chute; a feed hopper; the two crushing rollers are rotationally arranged in the crushing cavity; the first gear pair is used for connecting the ends, located outside the working shell, of the two crushing rollers; the second guide seats are uniformly fixed below the crushing rollers; the two ends of the arc-shaped screening net abut against the bottoms of the adjacent second guide seats, and the arc-shaped screening net is connected with an elastic supporting mechanism for elastically supporting the arc-shaped screening net; the powder grinding unit is used for grinding materials on the arc-shaped screening net; the mixing mechanism and the crushing rollers are driven to operate by a power mechanism capable of switching a driving target; the elastic supporting mechanism is driven by an intermittent driving mechanism to stretch out and draw back in a reciprocating mode so as to vibrate the arc-shaped screening net. The device integrates crushing, screening and material mixing.
本发明适用于环保砖技术领域，提供了基于高硫铜尾矿废料的环保砖制作装置、方法及环保砖，包括：工作壳体，设置有混料腔、驱动腔和粉碎腔，混料腔内设置有混料机构；第一引导座；进料槽；进料斗；粉碎辊，设置有两个且转动设置于粉碎腔内；第一齿轮副，用于连接两个粉碎辊位于工作壳体外的一端；第二引导座，均匀固定于粉碎辊的下方；弧形筛选网，两端抵接于相邻的第二引导座底部，连接有对其弹性支撑的弹性支撑机构；碾粉单元，用于粉碎弧形筛选网上的物质；所述混料机构和粉碎辊通过可切换驱动目标的动力机构驱动运行；所述弹性支撑机构通过间歇驱动机构驱动其往复伸缩，以达到震动弧形筛选网；本发明集粉碎、筛选、混料一体化。
Environment-friendly brick manufacturing device and method based on high-sulfur copper tailing waste and environment-friendly brick
基于高硫铜尾矿废料的环保砖制作装置、方法及环保砖
PAN ZHENYA (author) / CHEN JIAKAI (author)
2024-07-30
Patent
Electronic Resource
Chinese
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