Connecting mechanism for aerated concrete wall plate and method

Abstract

The invention provides a connecting mechanism for an aerated concrete wall plate and a method. The connecting mechanism for the aerated concrete wall plate and the method are suitable for small concrete buildings. The connecting mechanism comprises pre-buried pieces with tails being buried in steel beams on the two sides of a building frame and buckles matched with the building frame in the wall plate; the pre-buried pieces each comprise two parts of a head and the corresponding tail, wherein the head is a groove body of a concave structure, the tail is a metal body of a rhombic structure, anda metal handle is arranged between the head and the tail; and the buckles are each in a bolt structure and each comprise a nut, a screw rod and a bolt head, wherein the screw rod and the bolt head are matched and provided with spacers, and the structure of the bolt head is a protrusion structure matched with the groove body of the concave structure. The connecting mechanism is simple in structure, the buckles and the pre-buried pieces can be adjusted in the left-right direction when the position of the wall plate needs to be adjusted, meanwhile the position can be adjusted in the up-down direction through long holes between the buckles and the wall plate, thus three-axis adjustment of the wall plate and a concrete structure is achieved, the problem that the concrete structure and a floorslab cannot be structurally matched due to deformation possibly generated between the concrete structure and the floor slab is solved, thus the construction efficiency of an external hanging structureof the wall plate of a building is accelerated, and the construction period is shortened.

Description

technical field [0001] The invention relates to an aerated concrete wallboard connection mechanism and method, in particular to the aerated concrete wallboard connection mechanism and method for small concrete buildings. Background technique [0002] At present, the wallboards used in the dry-hanging construction on buildings are hung and fixed on the main structure through metal inserts. For example, a Chinese patent with application number 201210072729.0 discloses a light-weight aerated concrete based on autoclaved The dry-hanging self-insulation curtain wall of the board includes the ALC board (autoclaved lightweight aerated concrete board). The parts are connected with a pressure plate through bolts, and the pressure plate is fixed on the angle steel of the main structure, that is, the ALC plate is fixed on the main structure through the pressure plate. However, because the load-bearing elements between the wall panels and the roof beams are built-in embedded parts, whi...

AI Technical Summary

Problems solved by technology

However, because the load-bearing elements between the wall panels and the roof beams are built-in embedded parts, which are exposed from the inner panel surface of the wall panels, when performing the external connection and assembly of the wall panels, the construction personnel need to place all the built-in embedded parts It is fixed on the roof beam through bolt connection, which reduces the construction efficiency of the external hanging structure of the wall panel and prolongs the period of house construction.

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