A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a prestressed concrete pipe pile splicing structure and a pile splicing construction method, and relates to the field of constructional engineering, the prestressed concrete pipe pile splicing structure comprises an upper side pipe pile, a lower side pipe pile, a pile splicing insertion block, a pile splicing insertion groove, a pile splicing base, a pile splicing shield, an alignment connection mechanism and a pile splicing positioning mechanism; the lower side pipe pile is located on the lower end face of the upper side pipe pile. The pile splicing insertion block is fixedly connected to the lower end face of the upper side pipe pile. The pile splicing insertion groove is formed in the upper end face of the lower side pipe pile. The pile splicing base is located on the outer side of the lower side pipe pile. The pile splicing shield is fixedly connected to the upper end face of the pile splicing base. The aligning and connecting mechanism is arranged in the pile splicing shield; the pile splicing positioning mechanism is arranged in the pile splicing protective cover, accurate connection of the two sets of tubular piles is guaranteed through the alignment connecting mechanism, and stability of connection of the two sets of tubular piles is guaranteed through the pile splicing positioning mechanism. The problem that it is difficult to ensure that two sets of tubular piles are in a concentric state when the tubular piles are squeezed by the sliding blocks due to the fact that two sets of rotary knobs rotate to drive two sets of sliding blocks to squeeze the tubular piles is solved.
本发明提供预应力混凝土管桩接桩结构及接桩施工方法，涉及建筑工程领域，包括：上侧管桩、下侧管桩、接桩插块、接桩插槽、接桩底座、接桩护罩、对齐连接机构和接桩定位机构；所述下侧管桩位于上侧管桩下端面；所述接桩插块固定连接在上侧管桩下端面；所述接桩插槽开设在下侧管桩上端面；所述接桩底座位于下侧管桩外侧；所述接桩护罩固定连接在接桩底座上端面；所述对齐连接机构设置在接桩护罩内部；所述接桩定位机构设置在接桩护罩内部，通过对齐连接机构，实现保证两组管桩连接的准确，通过接桩定位机构，实现保证两组管桩连接的稳定性。解决了两组旋钮旋转分别带动两组滑动块挤住管桩，难以确保滑动块挤住管桩时两组管桩处于同心状态的问题。
The invention provides a prestressed concrete pipe pile splicing structure and a pile splicing construction method, and relates to the field of constructional engineering, the prestressed concrete pipe pile splicing structure comprises an upper side pipe pile, a lower side pipe pile, a pile splicing insertion block, a pile splicing insertion groove, a pile splicing base, a pile splicing shield, an alignment connection mechanism and a pile splicing positioning mechanism; the lower side pipe pile is located on the lower end face of the upper side pipe pile. The pile splicing insertion block is fixedly connected to the lower end face of the upper side pipe pile. The pile splicing insertion groove is formed in the upper end face of the lower side pipe pile. The pile splicing base is located on the outer side of the lower side pipe pile. The pile splicing shield is fixedly connected to the upper end face of the pile splicing base. The aligning and connecting mechanism is arranged in the pile splicing shield; the pile splicing positioning mechanism is arranged in the pile splicing protective cover, accurate connection of the two sets of tubular piles is guaranteed through the alignment connecting mechanism, and stability of connection of the two sets of tubular piles is guaranteed through the pile splicing positioning mechanism. The problem that it is difficult to ensure that two sets of tubular piles are in a concentric state when the tubular piles are squeezed by the sliding blocks due to the fact that two sets of rotary knobs rotate to drive two sets of sliding blocks to squeeze the tubular piles is solved.
本发明提供预应力混凝土管桩接桩结构及接桩施工方法，涉及建筑工程领域，包括：上侧管桩、下侧管桩、接桩插块、接桩插槽、接桩底座、接桩护罩、对齐连接机构和接桩定位机构；所述下侧管桩位于上侧管桩下端面；所述接桩插块固定连接在上侧管桩下端面；所述接桩插槽开设在下侧管桩上端面；所述接桩底座位于下侧管桩外侧；所述接桩护罩固定连接在接桩底座上端面；所述对齐连接机构设置在接桩护罩内部；所述接桩定位机构设置在接桩护罩内部，通过对齐连接机构，实现保证两组管桩连接的准确，通过接桩定位机构，实现保证两组管桩连接的稳定性。解决了两组旋钮旋转分别带动两组滑动块挤住管桩，难以确保滑动块挤住管桩时两组管桩处于同心状态的问题。
Prestressed concrete pipe pile splicing structure and pile splicing construction method
预应力混凝土管桩接桩结构及接桩施工方法
PAN LONG (author)
2024-06-07
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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