A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pile feeder structure for assisting pile sinking construction
The invention relates to the field of pile feeders, in particular to a pile feeder structure for assisting pile sinking construction, which comprises a pile feeder body, the top and the bottom of the pile feeder body are both coated with annular forgings, and hoisting lugs which are arranged at equal intervals are arranged on the surface of a position 6500mm close to the top end of the pile feeder body; the surface of the lifting lug is sleeved with an adaptive adjusting part, the adaptive adjusting part comprises a memory hoop, the memory hoop is made of memory metal elastic pieces, elastic films are installed on the two sides of the memory hoop, soft magnetic strips are installed on the sides, away from the memory hoop, of the two elastic films, and electromagnetic strips are installed in the soft magnetic strips; the bottom of the pile feeder body is of a conical structure, and the length of the conical structure is 4.5 m. By means of the closed lifting lugs and the reinforced annular forge piece, the risk that a sling falls off in the lifting and hammering pile sinking process of the pile feeder body can be reduced, it is ensured that the structure is intact when a hydraulic hammer is hammered with the 2000 Kj energy, and structural deformation and cracking are prevented.
本发明涉及送桩器领域的一种用于辅助沉桩施工的送桩器结构，包括有送桩器本体，送桩器本体的顶部和底部均包覆有环形锻件，送桩器本体靠近顶端6500mm位置处的表面布置有等距布置的吊装吊耳；吊装吊耳的表面套接有适配调节件，适配调节件包括有记忆箍环，且记忆箍环为记忆金属弹片制成，记忆箍环的两侧均安装有弹性膜，两个弹性膜远离记忆箍环的一侧均安装有软磁条，且软磁条的内部均安装有电磁条；送桩器本体的底部为圆锥状结构，且圆锥状结构的长度为4.5m，利用封闭式的吊装吊耳和加强处理的环形锻件，能够降低送桩器本体在吊装及锤击沉桩过程中吊索脱落的风险并确保液压锤2000Kj能量锤击时结构完好，防止结构变形、开裂。
Pile feeder structure for assisting pile sinking construction
The invention relates to the field of pile feeders, in particular to a pile feeder structure for assisting pile sinking construction, which comprises a pile feeder body, the top and the bottom of the pile feeder body are both coated with annular forgings, and hoisting lugs which are arranged at equal intervals are arranged on the surface of a position 6500mm close to the top end of the pile feeder body; the surface of the lifting lug is sleeved with an adaptive adjusting part, the adaptive adjusting part comprises a memory hoop, the memory hoop is made of memory metal elastic pieces, elastic films are installed on the two sides of the memory hoop, soft magnetic strips are installed on the sides, away from the memory hoop, of the two elastic films, and electromagnetic strips are installed in the soft magnetic strips; the bottom of the pile feeder body is of a conical structure, and the length of the conical structure is 4.5 m. By means of the closed lifting lugs and the reinforced annular forge piece, the risk that a sling falls off in the lifting and hammering pile sinking process of the pile feeder body can be reduced, it is ensured that the structure is intact when a hydraulic hammer is hammered with the 2000 Kj energy, and structural deformation and cracking are prevented.
本发明涉及送桩器领域的一种用于辅助沉桩施工的送桩器结构，包括有送桩器本体，送桩器本体的顶部和底部均包覆有环形锻件，送桩器本体靠近顶端6500mm位置处的表面布置有等距布置的吊装吊耳；吊装吊耳的表面套接有适配调节件，适配调节件包括有记忆箍环，且记忆箍环为记忆金属弹片制成，记忆箍环的两侧均安装有弹性膜，两个弹性膜远离记忆箍环的一侧均安装有软磁条，且软磁条的内部均安装有电磁条；送桩器本体的底部为圆锥状结构，且圆锥状结构的长度为4.5m，利用封闭式的吊装吊耳和加强处理的环形锻件，能够降低送桩器本体在吊装及锤击沉桩过程中吊索脱落的风险并确保液压锤2000Kj能量锤击时结构完好，防止结构变形、开裂。
Pile feeder structure for assisting pile sinking construction
一种用于辅助沉桩施工的送桩器结构
FENG XIAOXING (author) / CAO CHUNTONG (author) / SHI HUIQING (author) / GAO FENG (author) / MEI DEQUAN (author) / ZHANG JIN (author) / TAN LIAOKAI (author) / ZHU JUAN (author)
2024-02-09
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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