Steel structure wall body, and manufacturing and installation methods thereof

Abstract

The invention provides a steel structure wall body, and manufacturing and installation methods thereof, belongs to the field of a building structure, and solves the problem of low intensity of an existing steel structure wall body. The steel structure wall body comprises a plurality of steel components, wherein each steel component comprises an inner wall board, an outer wall board and steel keels; the two sides of the steel keels are bent to from an inner connecting plate and an outer connecting plate; the inner connecting plate is provided with an inner bar pressing groove; the outer connecting plate is provided with an outer bar pressing groove; the steel structure wall body also comprises an inner connecting bar pressed on the inner bar pressing groove and an outer connecting bar pressed on the outer bar pressing groove; the inner connecting bar and the outer connecting bar between the adjacent steel keels are bent to from an inner bending part and an outer bending part which are hooked and fixed; a bar passing pipe is arranged between the inner bending part and the outer bending part in a penetrating way; the two ends of the inner connecting bar are bent to form an inner connecting ring; the two ends of the outer connecting bar are bent to form an outer connecting ring; an inner bar passing sleeve is fixed in the inner connecting ring; an outer bar passing sleeve is fixedin the outer connecting ring; the steel structure wall body also comprises bar frames, main reinforcing bars and sub reinforcing bars; sleeve rings are formed in four corners of each bar frame; the main reinforcing bars penetrate into the inner bar passing sleeve and the outer bar passing groove; and the sub reinforcing bars penetrate through the bar passing pipe. The wall body has higher integralintensity.

Description

technical field [0001] The invention belongs to the technical field of building structures, and relates to a steel structure wall and a method for making and installing the same. Background technique [0002] Steel structure buildings, which are widely used at present, have the advantages of large-scale factory production and high efficiency. However, in steel structure buildings, how to connect building plates and steel structure skeletons has always been a difficult problem in steel structure buildings. [0003] First of all, after the connection, the connection mechanism will be subjected to a large force. If there is no connection mechanism with excellent performance, convenient installation, and can bear a certain load, it will easily lead to disconnection of the connection part; secondly, the connection mechanism is connected to the wall near the connection part. As a result, the force on this part of the wall is relatively large, and the strength of this part of the ...

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Problems solved by technology

[0003] First of all, after the connection, the connection mechanism is subjected to a large force. If there is no connection mechanism with excellent performance, convenient installation, and can bear a certain load, the connection part will easily be disconnected; secondly, the connection mechanism is connected to the wall near the connection part. As a result, the force on this part of the wall is relatively large, and the strength of this part of the wall directly affects the stability of the connection; to a certain extent, it limits the development of prefabricated steel structures, so it is necessary to improve

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