Reinforcing structure at sunlight room aluminum profile joint with reinforcing plate and sunlight room installation method using same

Abstract

The invention relates to a reinforcing structure at a sunlight room aluminum profile joint with a reinforcing plate and a sunlight room installation method using the same. The reinforcing structure comprises the reinforcing plate. Two ends of the reinforcing plate respectively stretch into inner cavities of the aluminum profiles at two sides of the joint and are fixed by positioning members. One side of the circumferential surfaces of the reinforcing plate is adhered to an inner wall of the inner cavity of the aluminum profile, a gap is respectively disposed between the other three sides and the corresponding inner wall of the inner cavity of the aluminum profile, and the gaps are filled with sealing glue through glue injection holes opened in the top surfaces of the aluminum profiles. Thestrength of the joint welding point can be increased by the reinforcing plate, and the internal structure looseness problem caused by object vibration in the sunlight room is solved.

Description

technical field [0001] The invention relates to the technical field of sunshine room reinforcement, in particular to a reinforcement structure for the joints of aluminum profiles in a sunshine room with reinforcement plates and a method for installing the sunshine room using the reinforcement structure. Background technique [0002] The aluminum alloy sun room is limited by the bearing strength problem, and cannot achieve large span and large size. In order to enhance the structural strength of the sun room in the prior art, positioning grooves are usually set in the inner cavity of the aluminum profile and flat steel is placed in the positioning. When the house is in use, when vibration or shaking occurs, in order to prevent the flat steel from moving inside the aluminum profile, it is often necessary to set a flat steel that matches the length of the aluminum profile. Since there is a gap between the flat steel and the inner cavity of the aluminum profile, it is not a As a...

AI Technical Summary

Problems solved by technology

[0002] The aluminum alloy sun room is limited by the bearing strength problem, and cannot achieve large span and large size. In order to enhance the structural strength of the sun room in the prior art, positioning grooves are usually set in the inner cavity of the aluminum profile and flat steel is placed in the positioning. When the house is in use, when vibration or shaking occurs, in order to prevent the flat steel from moving inside the aluminum profile, it is often necessary to set a flat steel that matches the length of the aluminum profile. Since there is a gap between the flat steel and the inner cavity of the aluminum profile, it is not a As a whole, the stress may be unbalanced. In addition, the flat steel is prone to oxidation and rust after long-term use in contact with the air, so the interior becomes loose.

The connection between aluminum profiles is often fixed by aluminum corners or welding, resulting in low pressure bearing capacity. Due to the high pressure at the connection, it cannot meet the good pressure bearing requirements

Images