Improved architectural alloy keel frame

Abstract

The invention provides an improved architectural alloy keel frame, which comprises fixing units, a connecting rod, a limiting frame and limiting units. The invention can solve the problems that an existing keel frame is installed by a large amount of screws and bolts, the large amount of screws and bolts not only cause damage to the structure of the keel frame but are tedious to assemble and disassemble, a large amount of labor of workers is consumed, and the installation cost of a house owner is increased; at the same time, the existing keel frame structure is fixed, a support angle between the keel frames is difficult to adjust according to actual requirements, and the support strength of the keel frame cannot be ensured to be adjusted according to actual use requirements, so that the use range of the keel frame is reduced; after a certain opening angle is adjusted between the existing keel frames, the keel frames are fixed by the bolts, the bolt fixing operation is tedious and inconvenient to adjust the opening angle of the keel frame next time; and an existing buckle type fixing mode is easy to cause the keel frame to open a certain angle to deform, and the opening and use angle of the keel frame is affected and the like.

Description

technical field [0001] The invention relates to the technical field of construction engineering, in particular to an improved construction alloy dragon frame. Background technique [0002] The dragon frame is a kind of building material used to support the shape and fix the structure, and is used as the skeleton and base material of the building decoration structure. At present, a large number of screws and bolts are mostly used for the installation of keel frames. The use of a large number of screws and bolts not only damages the structure of the frame itself, but also is cumbersome to install and disassemble, which consumes a lot of labor and increases the installation cost of the head of the household. At the same time, the existing keel frame structure Fixed, it is difficult to adjust the support angle between the dragon frames according to the actual requirements, and it is impossible to ensure that the dragon frames can adjust the support strength according to the actu...

AI Technical Summary

Problems solved by technology

At present, a large number of screws and bolts are mostly used for the installation of keel frames. The use of a large number of screws and bolts not only damages the structure of the frame itself, but also is cumbersome to install and disassemble, which consumes a lot of labor and increases the installation cost of the head of the household. At the same time, the existing keel frame structure Fixed, it is difficult to adjust the support angle between the dragon frames according to the actual requirements, and it is impossible to ensure that the dragon frames can adjust the support strength according to the actual use requirements, thereby reducing the use range of the dragon frames, and adjusting a certain opening between the existing dragon frames After the angle is fixed, bolts are often used for fixing. The bolt fixing operation is cumbersome and it is not convenient to adjust the opening angle next time, and the existing snap-in fixing method is easy to cause the dragon frame to open at a certain angle and deform, which affects the opening angle.

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