Sealing installation structure of strip gusset plate in suspended ceiling

Abstract

The invention relates to a sealing installation structure of strip-shaped buckle plates of a suspended ceiling, and the suspended ceiling mainly comprises a keel and the strip-shaped buckle plates, wherein each strip-shaped buckle plate is at least buckled and connected on the triangular keel through buckling and connecting edges which are connected on two side edges, a concave gap is inwards arranged on the buckling and connecting edge on one side of each strip-shaped buckle plate along the edge of the buckle plate, and a convex connecting block which is matched with the concave gap is outwards arranged on the buckling and connecting edge on the other side of each strip-shaped buckle plate along the edge of the buckle plate; every two strip-shaped buckle plates are adjacently buckled and connected on the triangular keel through the respective buckling and connecting edges on the two sides, the adjacent convex connecting blocks are embedded and connected on the adjacent concave gaps and staggered connection of the two adjacent strip-shaped buckle plates is further formed; and depressed grooves are arranged on the inner edges of the concave gaps on the strip-shaped buckle plates, and embedding and connecting edges which can be embedded and connected in the depressed grooves are correspondingly arranged on the outer sides of the convex connecting blocks. The sealing installation structure has the characteristics of simple structure, convenience in use and installation and strong practicability, and can basically realize seamless splicing, reduce the impacts of dirty, messy and poor space at the upper part of the indoor ceiling on living space of people at the lower part, improve indoor environmental sanitation and the like.

Description

technical field [0001] The invention relates to a sealing installation structure specially used for strip gussets of a suspended ceiling, and belongs to the technical field of suspended ceiling installation structures. Background technique [0002] The existing indoor ceiling is mainly composed of keels and gussets. The gussets include aluminum gussets, plastic gussets, block gussets, and strip gussets. They basically rely on both sides of the gussets. The fastening side of the fastening is fastened in the slot of the triangular keel to realize fixing. Although the surface of the ceiling surface formed by the above-mentioned gussets after the triangular keel is fastened looks relatively flat and compact, there are still joints between them, and these joints lead to the conduction between the upper and lower surfaces of the indoor ceiling, so The water vapor and heat generated in the room will enter the upper space of the ceiling through the joints and accumulate; wh...

AI Technical Summary

Problems solved by technology

Although the surface of the ceiling surface formed by the above-mentioned gussets after the triangular keel is fastened looks relatively flat and compact, there are still joints between them, and these joints lead to the conduction between the upper and lower surfaces of the indoor ceiling, so The water vapor and heat generated in the room will enter the upper space of the ceiling through the joints and accumulate; when the moisture accumulated in the space on the ceiling is not easy to discharge, it is easy to breed bacteria and affect the health of people living indoors; at the same time Due to the existence of seams, the dust in the lower part of the indoor ceiling will enter the upper space of the ceiling through the seams, making the indoor environment difficult to clean and affecting the quality of life of people living indoors

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