Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Climbing type self-lifting tower drum and construction process thereof
The invention discloses a climbing type self-lifting tower drum and a construction technology thereof.According to the construction technology of the climbing type self-lifting tower drum, the climbing type self-lifting tower drum is divided into two sections, self-lifting of the upper tower drum section is achieved in the mode that a climbing device is arranged at the bottom of the upper tower drum section, and the climbing device is installed at a low altitude; the construction difficulty is greatly reduced, the problems of high hoisting cost and difficulty of a self-hoisting construction process in related technologies are solved, meanwhile, the stability in the climbing process is ensured, the construction cost is low, the safety coefficient is high, and even for an ultrahigh tower drum which cannot use special hoisting equipment, the construction cost is low. The self-lifting tower drum can also be constructed by adopting the climbing type construction process provided by the invention, and the actual height of the self-lifting tower drum constructed by adopting the construction process provided by the invention can reach more than 200 meters.
本发明公开了一种爬升式自提升塔筒及其建造工艺，本发明公开的爬升式自提升塔筒的建造工艺将爬升式自提升塔筒设置为两段，并通过在上部塔筒段底部设置爬升装置的方式实现上部塔筒段的自提升，爬升装置的安装在低空下进行，施工难度大大降低，解决了相关技术中的自提升建造工艺吊装成本高难度大的问题，同时保证了爬升过程中的稳定性，施工成本低，安全系数高，即使针对无法使用特种吊装设备的超高塔筒，也可以采用本发明提供的爬升式的建造工艺进行建造，采用本发明提供的建造工艺建造的自提升塔筒的实际高度可达到200米以上。
Climbing type self-lifting tower drum and construction process thereof
The invention discloses a climbing type self-lifting tower drum and a construction technology thereof.According to the construction technology of the climbing type self-lifting tower drum, the climbing type self-lifting tower drum is divided into two sections, self-lifting of the upper tower drum section is achieved in the mode that a climbing device is arranged at the bottom of the upper tower drum section, and the climbing device is installed at a low altitude; the construction difficulty is greatly reduced, the problems of high hoisting cost and difficulty of a self-hoisting construction process in related technologies are solved, meanwhile, the stability in the climbing process is ensured, the construction cost is low, the safety coefficient is high, and even for an ultrahigh tower drum which cannot use special hoisting equipment, the construction cost is low. The self-lifting tower drum can also be constructed by adopting the climbing type construction process provided by the invention, and the actual height of the self-lifting tower drum constructed by adopting the construction process provided by the invention can reach more than 200 meters.
本发明公开了一种爬升式自提升塔筒及其建造工艺，本发明公开的爬升式自提升塔筒的建造工艺将爬升式自提升塔筒设置为两段，并通过在上部塔筒段底部设置爬升装置的方式实现上部塔筒段的自提升，爬升装置的安装在低空下进行，施工难度大大降低，解决了相关技术中的自提升建造工艺吊装成本高难度大的问题，同时保证了爬升过程中的稳定性，施工成本低，安全系数高，即使针对无法使用特种吊装设备的超高塔筒，也可以采用本发明提供的爬升式的建造工艺进行建造，采用本发明提供的建造工艺建造的自提升塔筒的实际高度可达到200米以上。
Climbing type self-lifting tower drum and construction process thereof
爬升式自提升塔筒及其建造工艺
SONG JIANGYI (Autor:in) / ZHANG BING (Autor:in)
18.04.2023
Patent
Elektronische Ressource
Chinesisch
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