A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Super high-rise pump concrete shaftless pump pushing multi-stage supercharging device
The invention discloses a super high-rise pump concrete shaftless pump pushing multi-stage supercharging device which is installed on a conveying pipe and comprises at least two stages of supercharging assemblies, two buffering assemblies and two connecting pipes. The pressurizing assemblies, the buffering assemblies and the connecting pipes are coaxially arranged, the pressurizing assemblies are sequentially connected, the first-stage pressurizing assembly and the last-stage pressurizing assembly are connected with the two buffering assemblies respectively, and the two buffering assemblies are connected with the two connecting pipes respectively; the pressurizing assembly comprises a rotor assembly and a power assembly used for driving the rotor assembly to rotate, and blades are arranged on the inner wall of the rotor assembly. The method has the advantages that the initial pumping pressure of the high-rise building is reduced, the construction safety is ensured, meanwhile, the pressure of pumping equipment and the strength requirement of a conveying pipeline are reduced, and the equipment cost investment is reduced; and the pumping height of the pumped concrete can be increased.
本发明公开了一种超高层泵送混凝土无轴泵推多级增压装置，所述无轴泵推多级增压装置安装在输送管上，所述无轴泵推多级增压装置包括至少两级增压组件、两个缓冲组件和两个连接管，所述增压组件、所述缓冲组件和所述连接管为同轴设置，所述增压组件之间依次相连，第一级所述增压组件和最后一级所述增压组件分别同两个所述缓冲组件连接，两个所述缓冲组件分别同两个所述连接管连接；所述增压组件包括转子组件和用于驱动所述转子组件旋转的动力组件，所述转子组件的内壁上设有叶片。本发明的优点是：减少高层建筑初始泵送压力，保证施工安全，同时降低泵送设备压力和输送管道强度要求，减少设备成本投入；可增加泵送混凝土的泵送高度。
Super high-rise pump concrete shaftless pump pushing multi-stage supercharging device
The invention discloses a super high-rise pump concrete shaftless pump pushing multi-stage supercharging device which is installed on a conveying pipe and comprises at least two stages of supercharging assemblies, two buffering assemblies and two connecting pipes. The pressurizing assemblies, the buffering assemblies and the connecting pipes are coaxially arranged, the pressurizing assemblies are sequentially connected, the first-stage pressurizing assembly and the last-stage pressurizing assembly are connected with the two buffering assemblies respectively, and the two buffering assemblies are connected with the two connecting pipes respectively; the pressurizing assembly comprises a rotor assembly and a power assembly used for driving the rotor assembly to rotate, and blades are arranged on the inner wall of the rotor assembly. The method has the advantages that the initial pumping pressure of the high-rise building is reduced, the construction safety is ensured, meanwhile, the pressure of pumping equipment and the strength requirement of a conveying pipeline are reduced, and the equipment cost investment is reduced; and the pumping height of the pumped concrete can be increased.
本发明公开了一种超高层泵送混凝土无轴泵推多级增压装置，所述无轴泵推多级增压装置安装在输送管上，所述无轴泵推多级增压装置包括至少两级增压组件、两个缓冲组件和两个连接管，所述增压组件、所述缓冲组件和所述连接管为同轴设置，所述增压组件之间依次相连，第一级所述增压组件和最后一级所述增压组件分别同两个所述缓冲组件连接，两个所述缓冲组件分别同两个所述连接管连接；所述增压组件包括转子组件和用于驱动所述转子组件旋转的动力组件，所述转子组件的内壁上设有叶片。本发明的优点是：减少高层建筑初始泵送压力，保证施工安全，同时降低泵送设备压力和输送管道强度要求，减少设备成本投入；可增加泵送混凝土的泵送高度。
Super high-rise pump concrete shaftless pump pushing multi-stage supercharging device
一种超高层泵送混凝土无轴泵推多级增压装置
ZHAO LU (author) / HUANG CHANGFU (author) / WANG PENG (author) / YAO TIEJUN (author)
2024-01-09
Patent
Electronic Resource
Chinese
| European Patent Office | 2024
Super high-rise pump concrete shaftless pump pushing booster pumping system
| European Patent Office | 2024
| European Patent Office | 2024
| European Patent Office | 2024