Connecting structure of wall of electric plant

Abstract

The invention relates to hardware facilities of electric plants, in particular to a connecting structure of a wall of an electric plant. The connecting structure is for connecting the wall with the ground and a ceiling and comprises the ceiling, the wall and the ground, wherein the wall is connected with the ceiling and the ground through connecting pieces, each connecting piece is of an integral structure and comprises a splayed connecting arm and a claw-shaped arm, one side of each connecting arm is connected with the ceiling or ground, the other side of each connecting arm is connected with the wall, each claw-shaped arm is connected with an arc-shaped plate, and each arc-shaped plate is tightly attached to the wall and ceiling or the wall and ground. According to the connecting structure, the firmness and stability of connection between the wall and the ground and ceiling are guaranteed, installation and construction are convenient and quick, the structure can be dismounted repeatedly and installed repeatedly in different places, durability is high, attractiveness is high, service life is prolonged, recycling can be achieved, and pollution to the environment caused by waste materials is reduced.

Description

technical field [0001] The invention relates to hardware facilities of an electric power plant, in particular to a connection structure for walls of an electric power plant. Background technique [0002] At present, the traditional wall construction method is to make the wall form a masonry structure after several major processes such as masonry, beam and column formwork casting, inner and outer wall decoration, etc., which requires a lot of bricks. The existing bricks are red Bricks, cement, hollow bricks and puffed bricks, etc., all need to be accumulated through mortar to build masonry walls. Due to the large amount of bricks used, the cost of construction materials is increased, and the cost of the overall building is increased. The strength is high, the amount of labor is large, and the work efficiency is low. [0003] Because there are still some imperfections in the product design of the wall of the existing power plant, for example: the technical scheme of connectin...

AI Technical Summary

Problems solved by technology

[0002] At present, the traditional wall construction method is to make the wall form a masonry structure after several major processes such as masonry, beam and column formwork casting, interior and exterior wall decoration, etc., which requires a lot of bricks. The existing bricks are red Bricks, cement, hollow bricks and puffed bricks, etc., all need to be accumulated through mortar to build masonry walls. Due to the large amount of bricks used, the cost of construction materials has been increased, and the cost of the overall building has been increased. High strength, large amount of labor, low work efficiency

[0003] Because there are still some imperfections in the product design of the wall of the existing power plant, for example: the technical scheme of connecting pieces is used in the splicing design of the walls, resulting in gaps at the joints, which cannot be supplemented in the middle. Filling, poor thermal insulation and sound insulation effects; the second is that the design of the inner wall panels, intermediate fillers, and outer wall panels of the wall should be made of selected materials according to the requirements of use, especially the inner wall panels and The exterior wall panels should be a combination of choices, rather than consistent interior and exterior

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