Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel centrifugal machine foundation without foundation bolts and implementation method thereof
The invention discloses a novel centrifugal machine foundation without foundation bolts and an implementation method of the novel centrifugal machine foundation. The novel centrifugal machine foundation sequentially comprises a primary pouring layer, a main supporting beam and a secondary pouring layer from bottom to top. The primary pouring layer serves as a bottom layer and comprises two layers of reinforcing meshes, a first concrete layer and embedded parts; the main supporting beams serve as the middle layer and comprise longitudinal supporting beams, transverse supporting beams and welding studs. The secondary pouring layer serves as a top layer and comprises a reinforcing mesh and a second concrete layer; and the centrifugal machine base is mounted on the secondary pouring layer and is locked and fixed with the main supporting beam. According to the novel centrifugal machine foundation without the foundation bolts and the implementation method of the novel centrifugal machine foundation, the structure is reliable, performance is stable, exciting force generated in the operation process of a centrifugal machine can be greatly dispersed and conducted in the actual production process, and the risk that fastening bolts are loosened due to resonance is reduced; the equipment precision is greatly improved, the field installation and debugging difficulty is reduced, and the installation and debugging period is shortened.
本发明公开一种新式无地脚螺栓离心机基础及其实施方法，从下至上依次为一次浇筑层、主支撑梁和二次浇筑层；一次浇筑层作为底层包括两层钢筋网、第一混凝土层以及预埋件；主支撑梁作为中间层包括纵向支撑梁、横向支撑梁以及焊接栓钉；二次浇筑层作为顶层包括一层钢筋网和第二混凝土层；离心机底座安装于二次浇筑层上，并与主支撑梁锁紧固定。采用本发明的新式无地脚螺栓离心机基础及其实施方法，结构可靠，性能稳定，实际生产过程中可大幅分散传导离心机运行过程中产生的激振力，减少因共振导致紧固螺栓松动风险；大幅提高设备精度，降低现场安装调试难度，减少安装调试周期。
Novel centrifugal machine foundation without foundation bolts and implementation method thereof
The invention discloses a novel centrifugal machine foundation without foundation bolts and an implementation method of the novel centrifugal machine foundation. The novel centrifugal machine foundation sequentially comprises a primary pouring layer, a main supporting beam and a secondary pouring layer from bottom to top. The primary pouring layer serves as a bottom layer and comprises two layers of reinforcing meshes, a first concrete layer and embedded parts; the main supporting beams serve as the middle layer and comprise longitudinal supporting beams, transverse supporting beams and welding studs. The secondary pouring layer serves as a top layer and comprises a reinforcing mesh and a second concrete layer; and the centrifugal machine base is mounted on the secondary pouring layer and is locked and fixed with the main supporting beam. According to the novel centrifugal machine foundation without the foundation bolts and the implementation method of the novel centrifugal machine foundation, the structure is reliable, performance is stable, exciting force generated in the operation process of a centrifugal machine can be greatly dispersed and conducted in the actual production process, and the risk that fastening bolts are loosened due to resonance is reduced; the equipment precision is greatly improved, the field installation and debugging difficulty is reduced, and the installation and debugging period is shortened.
本发明公开一种新式无地脚螺栓离心机基础及其实施方法，从下至上依次为一次浇筑层、主支撑梁和二次浇筑层；一次浇筑层作为底层包括两层钢筋网、第一混凝土层以及预埋件；主支撑梁作为中间层包括纵向支撑梁、横向支撑梁以及焊接栓钉；二次浇筑层作为顶层包括一层钢筋网和第二混凝土层；离心机底座安装于二次浇筑层上，并与主支撑梁锁紧固定。采用本发明的新式无地脚螺栓离心机基础及其实施方法，结构可靠，性能稳定，实际生产过程中可大幅分散传导离心机运行过程中产生的激振力，减少因共振导致紧固螺栓松动风险；大幅提高设备精度，降低现场安装调试难度，减少安装调试周期。
Novel centrifugal machine foundation without foundation bolts and implementation method thereof
一种新式无地脚螺栓离心机基础及其实施方法
XU PENG (Autor:in) / XIAO JIANSHENG (Autor:in) / HUANG HEKAN (Autor:in) / SONG CHAO (Autor:in)
18.06.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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