A prefabricated energy-saving house profile

Abstract

A prefabricated energy-saving house profile, which is a profile structure with a triangular cross-section, including plates, spliced ​​pipe fittings, connecting plates, and closing frames; the surrounding frames of the plates are all closing frames, and the section of a single closing frame forms a triangular gap. The splicing pipe fittings can be inserted into the triangular gap, and the cross-section between two adjacent plates forms a diamond-shaped gap, and the splicing pipe fittings can be inserted into the diamond-shaped gap, and the connecting plate can be inserted into the splicing pipe fittings as a joint. The invention makes the connection of the wall panels stronger and more stable, and the use of the broken bridge structure enables the joints of the wall panels to have excellent windproof and thermal insulation properties. The present invention is a special universal male and female joint structure, which can adapt to different needs of different construction places.

Description

technical field [0001] The invention belongs to the technical field of construction engineering, and in particular relates to a profile in assembled energy-saving building materials. Background technique [0002] In the existing wall panel connection structure, the male and female joints are relatively single, which can only simply fix the adjacent wall panels together, which cannot guarantee its high strength, and the joints are easy to loosen under long-term use. At the same time, the joints made of traditional metal alloys cannot fully meet the accommodation requirements such as heat insulation, water insulation, and heat preservation. In a relatively harsh environment, it is necessary to cover the joint with material to ensure the sealing of the joint, which increases the construction cost. Contents of the invention [0003] The purpose of the present invention is to solve the above problems, to provide a general energy-saving profile, so that the wall panel is more s...

AI Technical Summary

Problems solved by technology

[0002] In the existing wall panel connection structure, the male and female joints are relatively single, which can only simply fix the adjacent wall panels together, which cannot guarantee its high strength. Under long-term use, the joints are easy to loosen

At the same time, the joints made of traditional metal alloys cannot fully meet the accommodation requirements such as heat insulation, water insulation, and heat preservation.

In harsher environments, it is necessary to cover the joints with materials to ensure the sealing of the joints, which increases the construction cost

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