Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Auxiliary accurate in-position device and method for hoisting steel structural beam
The invention discloses an auxiliary accurate in-position device for hoisting a steel structural beam. The auxiliary accurate in-position device comprises laser emission equipment, camera shooting equipment, a magnetic attraction target and a traction structure, the laser emission equipment is arranged at the lower center point of a steel structure beam which is lofted in advance; the camera equipment is arranged on the side surface of the steel structure beam, and the lens end can shoot the bottom surface of the steel structure beam; the magnetic target is arranged in the center of the bottom surface of the steel structure beam and is provided with a longitudinal positioning structure and a transverse positioning structure, a target center circle is arranged in the center of the magnetic target, and the target center circle coincides with the center point of the bottom surface of the steel structure beam; one end of each traction structure is connected to the left end and the right end of the steel structure beam, the other end of each traction structure is held by a worker, and traction force is applied to the left end and the right end of the steel structure beam through the traction structures to adjust the posture of the steel structure beam; hoisting personnel can conduct hoisting command in a safe area on the ground, the safety of hoisting operation is improved, and the method has the advantages of being convenient to use, easy to master, high in efficiency and economical.
本发明公开一种钢结构梁吊装辅助精确就位装置，包括激光发射设备、摄像设备、磁吸标靶及牵引结构；所述激光发射设备设置在事先放样出的钢结构梁下中心点处；所述摄像设备安放在钢结构梁的侧面且其镜头端可拍到钢结构梁底面；所述磁吸标靶设置在钢结构梁底面中心处，带有纵向和横向定位结构，并其中心设有标靶中心圆，标靶中心圆和钢结构梁底面的中心点相重合；所述牵引结构有两个，其一端分别连接在钢结构梁的左右两端，另一端由工作人员握持，通过牵引结构对钢结构梁的左右两端施加牵引力，来调整钢结构梁的姿态；能够使得吊装人员在地面安全区域进行吊装指挥，提高了吊装作业的安全性，具有使用便捷、易于掌握、效率高、经济的特点。
Auxiliary accurate in-position device and method for hoisting steel structural beam
The invention discloses an auxiliary accurate in-position device for hoisting a steel structural beam. The auxiliary accurate in-position device comprises laser emission equipment, camera shooting equipment, a magnetic attraction target and a traction structure, the laser emission equipment is arranged at the lower center point of a steel structure beam which is lofted in advance; the camera equipment is arranged on the side surface of the steel structure beam, and the lens end can shoot the bottom surface of the steel structure beam; the magnetic target is arranged in the center of the bottom surface of the steel structure beam and is provided with a longitudinal positioning structure and a transverse positioning structure, a target center circle is arranged in the center of the magnetic target, and the target center circle coincides with the center point of the bottom surface of the steel structure beam; one end of each traction structure is connected to the left end and the right end of the steel structure beam, the other end of each traction structure is held by a worker, and traction force is applied to the left end and the right end of the steel structure beam through the traction structures to adjust the posture of the steel structure beam; hoisting personnel can conduct hoisting command in a safe area on the ground, the safety of hoisting operation is improved, and the method has the advantages of being convenient to use, easy to master, high in efficiency and economical.
本发明公开一种钢结构梁吊装辅助精确就位装置，包括激光发射设备、摄像设备、磁吸标靶及牵引结构；所述激光发射设备设置在事先放样出的钢结构梁下中心点处；所述摄像设备安放在钢结构梁的侧面且其镜头端可拍到钢结构梁底面；所述磁吸标靶设置在钢结构梁底面中心处，带有纵向和横向定位结构，并其中心设有标靶中心圆，标靶中心圆和钢结构梁底面的中心点相重合；所述牵引结构有两个，其一端分别连接在钢结构梁的左右两端，另一端由工作人员握持，通过牵引结构对钢结构梁的左右两端施加牵引力，来调整钢结构梁的姿态；能够使得吊装人员在地面安全区域进行吊装指挥，提高了吊装作业的安全性，具有使用便捷、易于掌握、效率高、经济的特点。
Auxiliary accurate in-position device and method for hoisting steel structural beam
钢结构梁吊装辅助精确就位装置及方法
JIANG KAI (Autor:in) / DENG HONG (Autor:in) / XIA DUOTING (Autor:in)
28.05.2024
Patent
Elektronische Ressource
Chinesisch
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