An assembled building support frame

Abstract

The invention relates to construction tools, and provides an assembled building support frame with stable and safe structure, convenient transportation, high support frame erection efficiency and fast speed, which saves a lot of preparation time during pre-construction of the building and speeds up the construction progress. It includes a plurality of support units that can be detachably connected to each other through connectors in the horizontal and transverse directions. Each support unit includes an adjustable base, a support platform with more than two floors, multiple fixed-length vertical poles and a top frame. In the vertical direction, there are more than two layers of support platforms that are detachably connected to each other through fixed-length vertical poles. Each support platform includes a receiving frame and a receiving plate. It consists of four short rods with four corners. The receiving plate is detachably arranged in the rectangular frame. The upper ends of the four short rods on the receiving frame connected with the adjustable base are respectively sleeved with the lower ends of four fixed-length vertical rods. The upper ends of the fixed-length vertical rods are socketed with the lower ends of the four short rods of the receiving frame of the upper support platform.

Description

technical field [0001] The invention relates to construction tools, in particular to an assembled construction support frame. Background technique [0002] With the rapid development of the economy, the domestic construction industry has also developed rapidly. A large number of high-rise buildings, such as dams, bridges, and high-rise buildings, are built every year. Supporting frames are often used in engineering construction to assist construction. The commonly used support frame not only has a complex structure, but also occupies a large area and is not firm enough to meet the requirements of current construction. Traditional support systems and operating platforms usually use fasteners to connect rods, which is complicated to operate. Due to the quality of fasteners and unforeseen factors, local rods often slip or even collapse, making it difficult to guarantee safety and stability. . At the same time, the existing support frame is dangerous to be demolished, and it i...

AI Technical Summary

Problems solved by technology

The commonly used support frame not only has a complex structure, but also occupies a large area and is not strong enough to meet the current construction requirements.

Traditional support systems and operating platforms usually use fasteners to connect rods, which is complicated to operate. Due to the quality of fasteners and unforeseen factors, local rods often slip or even collapse, making it difficult to guarantee safety and stability.

At the same time, the existing support frame is very dangerous to be demolished, and it is inconvenient to assemble and use. Its components are too long, inconvenient to transport, slow to assemble, and its low efficiency takes up a lot of construction time on the construction site and delays the construction progress.

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