Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Lock catch type pipe pile cofferdam system
The invention provides a lock catch type tubular pile cofferdam system which comprises a plurality of tubular pile bodies arranged in parallel at intervals, every two adjacent tubular pile bodies are fixedly connected through a lock catch piece, each lock catch piece comprises channel steel fixedly arranged on the side wall of one tubular pile body and I-shaped steel, one end of each I-shaped steel is arranged on the inner side wall of the corresponding channel steel, and the other end of each I-shaped steel is fixedly connected with the other tubular pile body. The U-steel and the I-steel are arranged on the two sides or the corner positions of the pipe pile body, and the I-steel is inserted into the inner side of the U-steel to form a lock catch structure. By means of the characteristics that the pipe pile body is large in rigidity and reliable in stability, the problem that a supporting system in a retaining structure revetment is difficult to arrange is solved; in addition, through the arranged fixing tool, one end of the pipe pile body is fixed through the positioning mechanism located at one end of the rack, channel steel or I-shaped steel to be welded is arranged at the position to be welded, and the piece to be welded is fixed through the clamping tool, so that fixing of the pipe pile body and the piece to be welded is achieved; and the pipe pile body can be conveniently connected with channel steel or I-shaped steel.
本发明提供一种锁扣式管桩围堰系统，包括多个间隔平行设置的管桩本体，相邻两管桩本体之间通过锁扣件固连，锁扣件包括固设在一管桩本体侧壁的槽钢以及一端设置在槽钢内侧壁且另一端与另一管桩本体固连的工字钢，本发明中，槽钢、工字钢设置在管桩本体两侧或转角位置，且工字钢插入槽钢内侧形成锁扣结构，本发明利用管桩本体刚性大、具有可靠的稳定性的特点，解决了围护结构护岸内支撑系统设置困难的问题；此外，通过设置的固定工装，利用位于机架一端的定位机构对管桩本体的一端进行固定，将待焊接的槽钢或工字钢设置在待焊接位置，并利用夹紧工装对待焊件进行固定，实现管桩本体和待焊件的固定，可便于管桩本体和槽钢或工字钢的连接。
Lock catch type pipe pile cofferdam system
The invention provides a lock catch type tubular pile cofferdam system which comprises a plurality of tubular pile bodies arranged in parallel at intervals, every two adjacent tubular pile bodies are fixedly connected through a lock catch piece, each lock catch piece comprises channel steel fixedly arranged on the side wall of one tubular pile body and I-shaped steel, one end of each I-shaped steel is arranged on the inner side wall of the corresponding channel steel, and the other end of each I-shaped steel is fixedly connected with the other tubular pile body. The U-steel and the I-steel are arranged on the two sides or the corner positions of the pipe pile body, and the I-steel is inserted into the inner side of the U-steel to form a lock catch structure. By means of the characteristics that the pipe pile body is large in rigidity and reliable in stability, the problem that a supporting system in a retaining structure revetment is difficult to arrange is solved; in addition, through the arranged fixing tool, one end of the pipe pile body is fixed through the positioning mechanism located at one end of the rack, channel steel or I-shaped steel to be welded is arranged at the position to be welded, and the piece to be welded is fixed through the clamping tool, so that fixing of the pipe pile body and the piece to be welded is achieved; and the pipe pile body can be conveniently connected with channel steel or I-shaped steel.
本发明提供一种锁扣式管桩围堰系统，包括多个间隔平行设置的管桩本体，相邻两管桩本体之间通过锁扣件固连，锁扣件包括固设在一管桩本体侧壁的槽钢以及一端设置在槽钢内侧壁且另一端与另一管桩本体固连的工字钢，本发明中，槽钢、工字钢设置在管桩本体两侧或转角位置，且工字钢插入槽钢内侧形成锁扣结构，本发明利用管桩本体刚性大、具有可靠的稳定性的特点，解决了围护结构护岸内支撑系统设置困难的问题；此外，通过设置的固定工装，利用位于机架一端的定位机构对管桩本体的一端进行固定，将待焊接的槽钢或工字钢设置在待焊接位置，并利用夹紧工装对待焊件进行固定，实现管桩本体和待焊件的固定，可便于管桩本体和槽钢或工字钢的连接。
Lock catch type pipe pile cofferdam system
一种锁扣式管桩围堰系统
XIAO SHUAIWEI (Autor:in) / XUAN LILIANG (Autor:in) / LIU CHONG (Autor:in) / ZHANG CHENGFA (Autor:in) / LIU SHA (Autor:in) / MA XIN (Autor:in) / WANG YIXIANG (Autor:in) / DU SHENG (Autor:in) / LI ZIYONG (Autor:in)
05.01.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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