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Nozzle structure and slurry self-adaptive thickness control method
The invention provides a nozzle structure which comprises a straight tube section, an accelerating tube section, a mixing tube section and a plurality of bionic parts, and the straight tube section is hollow and used for slurry inflow; the accelerating pipe section is arranged on the end face of one side of the straight barrel pipe section, the accelerating pipe section and the straight barrel pipe section are communicated, and the accelerating pipe section is used for extruding or blocking inflow slurry; the mixing pipe section is arranged on the side, away from the straight barrel pipe section, of the accelerating pipe section and communicated with the straight barrel pipe section, and the axis of the mixing pipe section and the axes of the accelerating pipe section and the straight barrel pipe section are located on the same straight line. The plurality of bionic parts are arranged in the mixing pipe section, the bionic parts are used for mixing or blocking inflow slurry, the nozzle structure can prevent the slurry or concrete raw materials from freely flowing out to cause the phenomenon of nozzle dripping when the pipeline is not pressurized, unnecessary loss of the slurry or the concrete raw materials is avoided, and the service life of the nozzle structure is prolonged. And the production quality is effectively ensured.
本发明提出了一种喷嘴结构,包括直筒管段、加速管段、混合管段和若干仿生部,其中,直筒管段内部中空,用于泥浆流入;加速管段设置在直筒管段的一侧端面上,且两者相连通,所述加速管段用于对流入的泥浆进行挤压或阻挡;混合管段设置在加速管段远离直筒管段的一侧,且两者相连通,所述混合管段的轴心与加速管段和直筒管段的轴心处于同一直线上;若干仿生部均设置在混合管段内,所述仿生部用于对流入的泥浆进行混合或阻挡,该喷嘴结构能够在管道中未加压时,防止泥浆或混凝土原料自由流出导致喷嘴滴料的现象发生,避免造成泥浆或混凝土原料不必要的损耗,有效保证了生产质量。
Nozzle structure and slurry self-adaptive thickness control method
The invention provides a nozzle structure which comprises a straight tube section, an accelerating tube section, a mixing tube section and a plurality of bionic parts, and the straight tube section is hollow and used for slurry inflow; the accelerating pipe section is arranged on the end face of one side of the straight barrel pipe section, the accelerating pipe section and the straight barrel pipe section are communicated, and the accelerating pipe section is used for extruding or blocking inflow slurry; the mixing pipe section is arranged on the side, away from the straight barrel pipe section, of the accelerating pipe section and communicated with the straight barrel pipe section, and the axis of the mixing pipe section and the axes of the accelerating pipe section and the straight barrel pipe section are located on the same straight line. The plurality of bionic parts are arranged in the mixing pipe section, the bionic parts are used for mixing or blocking inflow slurry, the nozzle structure can prevent the slurry or concrete raw materials from freely flowing out to cause the phenomenon of nozzle dripping when the pipeline is not pressurized, unnecessary loss of the slurry or the concrete raw materials is avoided, and the service life of the nozzle structure is prolonged. And the production quality is effectively ensured.
本发明提出了一种喷嘴结构,包括直筒管段、加速管段、混合管段和若干仿生部,其中,直筒管段内部中空,用于泥浆流入;加速管段设置在直筒管段的一侧端面上,且两者相连通,所述加速管段用于对流入的泥浆进行挤压或阻挡;混合管段设置在加速管段远离直筒管段的一侧,且两者相连通,所述混合管段的轴心与加速管段和直筒管段的轴心处于同一直线上;若干仿生部均设置在混合管段内,所述仿生部用于对流入的泥浆进行混合或阻挡,该喷嘴结构能够在管道中未加压时,防止泥浆或混凝土原料自由流出导致喷嘴滴料的现象发生,避免造成泥浆或混凝土原料不必要的损耗,有效保证了生产质量。
Nozzle structure and slurry self-adaptive thickness control method
一种喷嘴结构及泥浆自适应厚度控制方法
WANG CHAOHUI (author) / ZHOU ZIYANG (author) / ZHAO YAOHUI (author) / KE XILIN (author) / ZHENG ZECHENG (author) / WU PENGMIN (author) / SHENG JIAJUN (author) / ZUO PENG (author)
2024-10-25
Patent
Electronic Resource
Chinese
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