Eave structure

Abstract

The invention discloses an eave structure. The eave structure comprises a conversion layer structure, a decorative layer structure, a heat preservation covering layer structure and a fastening member;the conversion layer structure is used for forming a mounting face at the position away from the outer surface of a building structure by a preset distance; the conversion layer structure is arrangedon the outer surface of the building structure; the decorative layer structure is used for decorating the outer surface of the conversion layer structure; the decorative layer structure is arranged on the conversion layer structure; the heat preservation covering layer structure is used for keeping the internal temperature of the building structure within a preset range; the heat preservation covering layer structure is arranged on the outer surface of the building structure and connected with the conversion layer structure, and the conversion layer structure exceeds the outer surface of theheat preservation covering layer structure; the fastening member is for connecting the conversion layer structure and the decorative layer structure; and the fastening member is sequentially connectedwith the decorative layer structure and the conversion layer structure. According to the eave structure, the simulated thatch is adopted for decoration, so that the eave structure has a natural styleand a unique ornamental value and is high in attractiveness, and the eave structure is provided with a plurality of connecting components and is high in waterproofness and stability.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

This invention provides an improved design for creating shiny surfaces on buildings or other structures made from materials like wood panels without adding any extra material such as paintings or stains during construction. It achieves this through various techniques including simulation chickering, which adds texture to the surface while maintaining its original appearance. Additionally, it uses multiple layers of connectors between different parts of the building' s frame to ensure better resistance against damage caused by rainwater. Overall, these technical features improve durability over time and provide enhanced protection compared to traditional methods used alone.

Problems solved by technology

This patented technical problem addressed in this patents relates to creating decorative building materials that can match consumer preferences without adding artificial faux appearances like traditional concrete slabs.

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