Plate inserting connecting edge structure and inserting connecting assembly and assembly method

Abstract

The invention relates to a wood plate connecting technology, in particular to a large plate inserting connecting edge structure. The large plate inserting connecting edge structure comprises a plate body and at least one inserting connecting edge, and is characterized in that inserting connecting grooves and inserting connecting raised blocks are arranged in the inserting connecting edges in a mutual spaced mode, and the width of the inserting connecting grooves is larger than the width of the inserting connecting raised blocks; the inserting connecting grooves are dovetail grooves, and the inserting connecting raised blocks are dovetail inserts; the width of the dovetail grooves in the front side is larger than the width of the dovetail grooves in the back side; and the width of the dovetail inserts in the front side is smaller than the width of the dovetail inserts in the back side. The invention further relates to a plate inserting connecting assembly. The plate inserting connectingassembly comprises a first plate and a second plate, and further comprises insert pieces; and inserting connecting grooves or inserting connecting raised blocks of the first plate are mutually connected with inserting connecting raised blocks or inserting connecting grooves of the second plate in an inserting mode, and the insert pieces are arranged at gap positions between the inserting connecting grooves and the inserting connecting raised blocks. The invention further relates to an assembly method. The plate inserting connecting edge structure, the plate inserting connecting assembly and the assembly method have the beneficial effects that hoisting and fixing between the plates are facilitated, and the connection is steady and firm.

Description

technical field [0001] The invention relates to a plate connection method, in particular to a plate inserting edge structure and an inserting assembly, and also relates to an assembly method. Background technique [0002] As a natural material, wood has good air permeability and environmental protection and sufficient supporting strength. It has also become a continuous building material when a virtuous cycle tree planting mechanism is established. Facts have proved that in terms of fire protection, the fire resistance time performance of wooden beams and columns is not worse than that of steel frame structures. With the improvement of people's awareness of environmental protection and the requirements for living houses, wooden building structures are more and more popular. As a panel building, its wall panel or roof needs large panel components, and its length can reach several meters, so as to facilitate rapid construction on site. Therefore, how to make the connected pan...

AI Technical Summary

Problems solved by technology

However, when the mortise and tenon are processed on large-size panels or walls, due to the large size of the panels, a crane is required for hoisting during installation. Because the mortise and tenon joints require a tight fit, it is difficult to hoist and fix the tenon and tenon on large-size panels or walls.

For the connection edge of longer length plates, it is necessary to ensure that the mortise and tenon joint is tight, and there is no cumulative error in the length of several meters. is not possible

Even if the traditional dovetail groove and dovetail inlaid structure is adopted, the above-mentioned problem of difficult docking still exists

[0005] Another problem with the panel connection structure is that the two panels that are connected to each other are locked in one direction, but they are easy to pull off in other directions

For example, the traditional dovetail groove and dovetail inlaid structure are locked in the up and down direction, but easy to pull off in the horizontal or vertical direction

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