Connecting component of combined frame

Abstract

Disclosed are connection components of a combined type frame, which comprise a combination column (1) and a connector (2) used for connecting the connection column (1), wherein, the section of the combination column (1) takes a shape of square, and the combination column (1) has four side faces. Through-grooves (11) with a certain width are positioned at each side face along the length direction of the combination column (1); the connector (2) is provided with six external surfaces matching with the section of the combination column (1); the external surfaces of the connector (2) are connected with the combination column by a connecting structure; the lateral part of the external surface of the connector (2) is provided with a gap (21) which is opposite to the end of the through-grooves (11). Since lateral part of the external surface of the connector is provided with the gap which is opposite to the end of the through-grooves, when the interlayer boards are installed in the through-grooves, the corners of interlayer boards can hide into the gaps, which also means that the gap forms an abdicating space to the interlayer board, so as to ensure each side of the interlayer board can insert into the through-groove of corresponding combination column, leading to a firm installation.

Description

technical field [0001] The invention relates to the technical field of space separation in buildings, in particular to a connection assembly capable of assembling frames of different shapes and sizes. Background technique [0002] At present, in offices and exhibitions, it is often seen that various frame partitions are used to separate spaces, especially for temporary booth layouts in exhibitions. The construction of this frame partition requires quick and easy , and the requirements for orientation mobility changes are relatively high. The existing technology for building this kind of frame mostly uses aluminum alloy columns with grooves arranged in multiple directions, and the frame structure is built by sandwiching the grooves on the columns with the aluminum alloy frame, and the partition wall plates are sleeved In the aluminum alloy frame, a frame-type partition wall is formed. The height of this aluminum alloy column is determined, and the height of the partition wal...

AI Technical Summary

Problems solved by technology

[0005] The aforementioned patents have the following defects: 1. When the hexagonal joint body is combined with the square combined column, the two vertical combined columns connected by the same joint body are blocked by the side of the joint body. The cross-section is roughly L-shaped, and the intersection of the through grooves on the two combined columns cannot penetrate each other. In this way, when the interlayer board is inserted into the through groove and the interlayer board is assembled to the connection assembly, due to the gap at the intersection of the two through grooves The side of the combined body is blocked, and the lower side of the interlayer board cannot enter the through groove on the combined column located at the lower side, that is, the lower side of the interlayer board cannot be well positioned, so the assembly is not firm; The lower side is limited in the through groove on the lower combined column, and an L-shaped notch needs to be cut at the corner of the interlayer board. When assembling, the notch can avoid the side block of the combined body. If the If the interlayer board is made of wood, it is better to process the gap, but if the interlayer board is made of glass, it is not easy to process the L-shaped notch, so the above-mentioned connection components are not suitable for the assembly of glass interlayer boards

2. Since the combined column and the combined body of the above-mentioned connecting component are connected together by threaded connection, when assembling, it is necessary to rotate the combined column or combined body several times to realize the threaded connection, so the assembly is inconvenient

3. Due to the threaded connection between the combined column and the combination, according to the characteristics of the threaded connection, if the thread processing is slightly deviated, when the combined column is connected to the combination, the end face between the combined column and the combination is likely to appear In the case of inability to align, if you want to align the end faces of the two, then there will be an unreliable threaded connection, which is not suitable for continuous assembly of the frame in four directions, and it is inconvenient to use

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