A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Open caisson equipment for building engineering construction
The invention discloses open caisson equipment for building engineering construction, and relates to the field of building construction, the open caisson equipment comprises two bases and an open caisson pipe, and the open caisson equipment further comprises a clamping mechanism used for clamping the welded open caisson pipe; the correcting mechanism is used for correcting the open caisson pipe to be welded; the downward pressing mechanism is used for driving the welded open caisson pipe to move downwards; the detection mechanism is used for detecting the downward moving position of the open caisson pipe; the limiting mechanism is used for limiting the position of the open caisson pipe; according to the open caisson equipment for building engineering construction, the problem that the open caisson pipes move downwards during welding can be prevented, the welding stability between the open caisson pipes is ensured, meanwhile, the problem that when the bottom of the lowermost open caisson pipe is excavated, the open caisson pipes sink suddenly, and the construction risk is increased is solved, the sinking depth of the open caisson pipes each time can be detected, and the construction efficiency is improved. And when sinking to the maximum depth, the open caisson pipe is automatically clamped, and the problem that due to excessive sinking of the open caisson pipe, a welding point is too low, and normal welding is affected is solved.
本发明公开了一种建筑工程施工用沉井设备，涉及建筑施工领域，包括底座和沉井管，所述底座设有两个，还包括：夹持机构，用于对焊接后的沉井管进行夹持；矫正机构，用于对待焊接的沉井管进行矫正；下压机构，用于驱动焊接后的沉井管向下移动；检测机构，用于检测沉井管下移的位置；限位机构，用于限制沉井管的位置；该建筑工程施工用沉井设备，能够防止沉井管在焊接时出现下移的问题，确保了沉井管之间焊接的稳定性，同时防止最下方的沉井管底部在开挖时，沉井管突然下沉增加施工风险的问题，能够对沉井管每次下沉的深度进行检测，当下沉至最大深度时，自动对沉井管进行夹持处理，防止沉井管过度下沉导致焊接点过低影响焊接正常进行的问题。
Open caisson equipment for building engineering construction
The invention discloses open caisson equipment for building engineering construction, and relates to the field of building construction, the open caisson equipment comprises two bases and an open caisson pipe, and the open caisson equipment further comprises a clamping mechanism used for clamping the welded open caisson pipe; the correcting mechanism is used for correcting the open caisson pipe to be welded; the downward pressing mechanism is used for driving the welded open caisson pipe to move downwards; the detection mechanism is used for detecting the downward moving position of the open caisson pipe; the limiting mechanism is used for limiting the position of the open caisson pipe; according to the open caisson equipment for building engineering construction, the problem that the open caisson pipes move downwards during welding can be prevented, the welding stability between the open caisson pipes is ensured, meanwhile, the problem that when the bottom of the lowermost open caisson pipe is excavated, the open caisson pipes sink suddenly, and the construction risk is increased is solved, the sinking depth of the open caisson pipes each time can be detected, and the construction efficiency is improved. And when sinking to the maximum depth, the open caisson pipe is automatically clamped, and the problem that due to excessive sinking of the open caisson pipe, a welding point is too low, and normal welding is affected is solved.
本发明公开了一种建筑工程施工用沉井设备，涉及建筑施工领域，包括底座和沉井管，所述底座设有两个，还包括：夹持机构，用于对焊接后的沉井管进行夹持；矫正机构，用于对待焊接的沉井管进行矫正；下压机构，用于驱动焊接后的沉井管向下移动；检测机构，用于检测沉井管下移的位置；限位机构，用于限制沉井管的位置；该建筑工程施工用沉井设备，能够防止沉井管在焊接时出现下移的问题，确保了沉井管之间焊接的稳定性，同时防止最下方的沉井管底部在开挖时，沉井管突然下沉增加施工风险的问题，能够对沉井管每次下沉的深度进行检测，当下沉至最大深度时，自动对沉井管进行夹持处理，防止沉井管过度下沉导致焊接点过低影响焊接正常进行的问题。
Open caisson equipment for building engineering construction
一种建筑工程施工用沉井设备
PANG CHUNCHAO (author) / WANG ZHAN (author) / MENG QINGYONG (author) / MENG QINGSU (author)
2024-09-10
Patent
Electronic Resource
Chinese
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