A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge deck crane for intelligent erection and auxiliary cable adjustment of cable-stayed bridge and construction method of bridge deck crane
The invention provides a bridge deck crane for intelligent erection and auxiliary cable adjustment of a cable-stayed bridge and a construction method of the bridge deck crane. The construction method comprises the steps that S100, a to-be-erected beam is hoisted, and the to-be-erected beam is controlled to move to a preliminary positioning position; s200, actively capturing the beam to be erected; s300, actively guiding the to-be-erected beam to be spliced with the erected beam; s400, the deck crane moves to a beam to be erected; s500, auxiliary cable hanging construction is carried out; the bridge deck crane comprises an auxiliary cable hanging device and a carrying device which are arranged on the bridge deck crane, the carrying device is provided with a measuring device used for measuring, the measuring device is arranged on the carrying device in a sliding mode, and the auxiliary cable hanging device is used for assisting cable hanging construction. Through the bridge deck crane and the construction method, the alignment efficiency of the to-be-erected beam can be improved, the interference of bridge deck construction operation is reduced, and the safety guarantee of construction operators is improved.
本发明提供一种斜拉桥智能架设与辅助调索的桥面吊机及其施工方法，所述施工方法包括：S100、起吊待架梁，控制待架梁移动至初步定位位置；S200、主动捕捉待架梁；S300、主动引导待架梁与已架梁拼接；S400、桥面吊机移动至待架梁；S500、辅助挂索施工；所述桥面吊机包括设置在桥面吊机上的辅助挂索装置和搭载装置，所述搭载装置上设置有用于测量的测量装置，所述测量装置滑动设置在搭载装置上，所述辅助挂索装置用于辅助挂索施工。通过该桥面吊机及施工方法能提高待架梁的对位效率，减少桥面施工作业干扰，提高施工作业人员的安全保障。
Bridge deck crane for intelligent erection and auxiliary cable adjustment of cable-stayed bridge and construction method of bridge deck crane
The invention provides a bridge deck crane for intelligent erection and auxiliary cable adjustment of a cable-stayed bridge and a construction method of the bridge deck crane. The construction method comprises the steps that S100, a to-be-erected beam is hoisted, and the to-be-erected beam is controlled to move to a preliminary positioning position; s200, actively capturing the beam to be erected; s300, actively guiding the to-be-erected beam to be spliced with the erected beam; s400, the deck crane moves to a beam to be erected; s500, auxiliary cable hanging construction is carried out; the bridge deck crane comprises an auxiliary cable hanging device and a carrying device which are arranged on the bridge deck crane, the carrying device is provided with a measuring device used for measuring, the measuring device is arranged on the carrying device in a sliding mode, and the auxiliary cable hanging device is used for assisting cable hanging construction. Through the bridge deck crane and the construction method, the alignment efficiency of the to-be-erected beam can be improved, the interference of bridge deck construction operation is reduced, and the safety guarantee of construction operators is improved.
本发明提供一种斜拉桥智能架设与辅助调索的桥面吊机及其施工方法，所述施工方法包括：S100、起吊待架梁，控制待架梁移动至初步定位位置；S200、主动捕捉待架梁；S300、主动引导待架梁与已架梁拼接；S400、桥面吊机移动至待架梁；S500、辅助挂索施工；所述桥面吊机包括设置在桥面吊机上的辅助挂索装置和搭载装置，所述搭载装置上设置有用于测量的测量装置，所述测量装置滑动设置在搭载装置上，所述辅助挂索装置用于辅助挂索施工。通过该桥面吊机及施工方法能提高待架梁的对位效率，减少桥面施工作业干扰，提高施工作业人员的安全保障。
Bridge deck crane for intelligent erection and auxiliary cable adjustment of cable-stayed bridge and construction method of bridge deck crane
一种斜拉桥智能架设与辅助调索的桥面吊机及其施工方法
ZHANG HONG (author) / ZHANG YONGTAO (author) / YANG XIULI (author) / TIAN WEI (author) / CHEN MING (author) / CHOI HONG-BO (author) / WU QIHE (author) / XIAO HAO (author) / LENG ZHIJIAN (author) / CHENG MAOLIN (author)
2022-12-20
Patent
Electronic Resource
Chinese
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