Steel structure gravity center detection and correction method and system

Abstract

The invention discloses a steel structure gravity center detection and correction method and system, and the method comprises the steps: obtaining the installation information of a steel structure, including steel structure frame information, steel structure connection information, and steel structure accessory installation information; according to the steel structure frame information and / or the steel structure connection information and / or the steel structure additional part installation information, identifying key nodes influencing the gravity center of the steel structure and key connection parts influencing the gravity center of the steel structure, and calculating the position influence value of each node and the installation influence value of each part; according to the position influence value of the current to-be-installed component and / or the installation influence value of the to-be-installed component, judging whether the current to-be-installed component influences the gravity center of the steel structure or not; and correcting the gravity center according to the influence of the current to-be-mounted component on the gravity center of the steel structure. According to the invention, the problem of how to detect and correct the influence of each component on the overall gravity center in the steel structure connection process is solved.

Description

Technical field [0001] The present invention belongs to the field of intelligent building, and in particular, the center of gravity detection and correction method and system of steel structures are involved. Background technique [0002] The existing steel structure is assembled by hoisting. Current steel structure assembly related techniques, such as the Chinese patent "shaped steel structure of the disclosure of which is the disclosure of CN11197385A] proposes an iris steel structure, the shaped steel structure includes the first end and the second end; on one side of the first end Select two first lifting points, select two locations on the other side of the first end, control the two first lifting points to enable the shaped steel structure to flush a preset angle to the place; in the second end The two second lifting points are selected, controlling the two first lifting points to continue to flip up with respect to the location; two third hoisting points and two first sele...

AI Technical Summary

Problems solved by technology

However, none of the above schemes can effectively detect the influence of each member of the steel structure on the overall center of gravity of the steel structure during the installation process.

At present, there is no technical solution for detecting and correcting the influence of each component on the overall center of gravity during the connection process of steel structures. Therefore, a method and system for detecting and correcting the center of gravity of steel structures is proposed.

Images