Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hoisting, splicing and centering device and centering method for pile foundation reinforcement cage orifices
A pile foundation reinforcement cage orifice hoisting, splicing and centering device comprises a centering framework, an upper centering ring and a lower centering ring, the centering framework comprises an upper centering framework body, a lower centering framework body, a centering sign post and framework connecting rods, and the upper centering framework body and the lower centering framework body are fixedly connected through at least one framework connecting rod; the centering sign post is vertically connected with the outer side faces of the upper centering framework and the lower centering framework, the upper centering ring is spliced with the upper end face of the upper centering framework, and the lower centering ring is spliced with the lower centering framework. The centering device is simple in structure and convenient to operate. Rough centering is firstly carried out in a mode of combining the centering upper ring and the centering marking rod, and a more suitable working environment is created for subsequent fine centering; the second centering clamping block and the third centering clamping block which are adjustable in position enable the fine centering effect to be better; according to the centering device, the process from rough centering to fine centering of the pile foundation reinforcement cage is completed through the same tool, and the construction efficiency of workers is effectively improved.
一种桩基钢筋笼孔口吊装拼接对中装置，其包括：对中骨架、对中上环以及对中下环，对中骨架包括对中上骨架、对中下骨架、对中标志杆以及骨架连接杆，对中上骨架与对中下骨架之间通过至少一个骨架连接杆固定连接，对中标志杆竖直连接对中上骨架与对中下骨架的外侧面，对中上环与对中上骨架的上端面拼接，对中下环与对中下骨架拼接。本发明的对中装置，结构简单，操作方便。采用对中上环与对中标志杆相结合的方式首先进行粗对中，为后续的精对中创造了更适宜的工作环境；可调整位置的第二对中夹持块与第三对中夹持块使得精对中的效果更好；本对中装置实现了使用同一工具完成桩基钢筋笼从粗对中到精对中的过程，有效提高了工作人员的施工效率。
Hoisting, splicing and centering device and centering method for pile foundation reinforcement cage orifices
A pile foundation reinforcement cage orifice hoisting, splicing and centering device comprises a centering framework, an upper centering ring and a lower centering ring, the centering framework comprises an upper centering framework body, a lower centering framework body, a centering sign post and framework connecting rods, and the upper centering framework body and the lower centering framework body are fixedly connected through at least one framework connecting rod; the centering sign post is vertically connected with the outer side faces of the upper centering framework and the lower centering framework, the upper centering ring is spliced with the upper end face of the upper centering framework, and the lower centering ring is spliced with the lower centering framework. The centering device is simple in structure and convenient to operate. Rough centering is firstly carried out in a mode of combining the centering upper ring and the centering marking rod, and a more suitable working environment is created for subsequent fine centering; the second centering clamping block and the third centering clamping block which are adjustable in position enable the fine centering effect to be better; according to the centering device, the process from rough centering to fine centering of the pile foundation reinforcement cage is completed through the same tool, and the construction efficiency of workers is effectively improved.
一种桩基钢筋笼孔口吊装拼接对中装置，其包括：对中骨架、对中上环以及对中下环，对中骨架包括对中上骨架、对中下骨架、对中标志杆以及骨架连接杆，对中上骨架与对中下骨架之间通过至少一个骨架连接杆固定连接，对中标志杆竖直连接对中上骨架与对中下骨架的外侧面，对中上环与对中上骨架的上端面拼接，对中下环与对中下骨架拼接。本发明的对中装置，结构简单，操作方便。采用对中上环与对中标志杆相结合的方式首先进行粗对中，为后续的精对中创造了更适宜的工作环境；可调整位置的第二对中夹持块与第三对中夹持块使得精对中的效果更好；本对中装置实现了使用同一工具完成桩基钢筋笼从粗对中到精对中的过程，有效提高了工作人员的施工效率。
Hoisting, splicing and centering device and centering method for pile foundation reinforcement cage orifices
一种桩基钢筋笼孔口吊装拼接对中装置及对中方法
WU HAONAN (Autor:in) / ZHANG MINGXUAN (Autor:in) / CHEN ZHUANG (Autor:in) / ZHAO ZHI'AN (Autor:in) / ZHAO HETAI (Autor:in) / TIAN YE (Autor:in) / WANG XIANGDONG (Autor:in) / KONG CHUIZHANG (Autor:in) / LIU LONGZHOU (Autor:in) / GAO WENHUI (Autor:in)
31.12.2021
Patent
Elektronische Ressource
Chinesisch
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