Side-direction double-clamping-connection sectional material for aluminum alloy geometric flower box

Abstract

The invention discloses a side-direction double-clamping-connection sectional material for an aluminum alloy geometric flower box. The side-direction double-clamping-connection sectional material is characterized by being in a long strip shape as a whole and comprising an upper plane body, a left elevation, a clamping groove with a downward opening, a middle elevation, a half bottom plane body anda clamping groove with a rightward opening, the end of the upper plane body and the left elevation are connected to each other, the middle elevation is located at a central longitudinal perpendicularplane under the upper plane body, the clamping groove with the downward opening is formed between the middle elevation and the left elevation, the end of the middle elevation and the half bottom plane body are connected to each other, the clamping groove with the rightward opening is formed between the half bottom plane body and the upper plane body, and is at the right side of the middle elevation and under the upper plane body. According to the invention, an oblique lateral vertical board of the aluminum alloy geometric flower box and the outer side of a trapezoidal vertical plane can be integrally fixedly clamped together, the limiting fastness is good, the tightness is good, slope lateral sliding and displacement can be effectively prevented, and the sectional material is easy to loadand unload.

Description

technical field [0001] The invention relates to the field of aluminum alloy geometric flower box clamping profiles, in particular to a lateral double clamping profile of an aluminum alloy geometric flower box. Background technique [0002] Because of its rich overall shape and beautiful appearance, the aluminum alloy geometric flower box can add a variety of hollow or semi-hollow graphics or characters on the outer side of the flower box. The overall artistic beauty is good, and it often brings strong visual impact to the people. The shock of artistic beauty. Therefore, in recent years, the market demand for aluminum alloy geometric flower boxes continues to increase. The aluminum alloy geometric flower box needs a lot of clamping profiles in the actual manufacturing process, but the common clamping profiles have the following problems in actual use: 1. The overall design is unreasonable. The outer side of the trapezoidal vertical plane plate cannot realize the overall sna...

AI Technical Summary

Problems solved by technology

The aluminum alloy geometric flower box needs a lot of clamping profiles in the actual manufacturing process, but the common clamping profiles have the following problems in actual use: 1. The overall design is unreasonable. The outer side of the trapezoidal vertical plane plate cannot realize the overall snap connection, which cannot meet the actual manufacturing needs of the aluminum alloy geometric flower box; 2, the side of some aluminum alloy geometric flower boxes is an inverted trapezoid, the upper part is large and the bottom part is small, and ordinary snap-fit ​​profiles are easy 3. Ordinary clamping profiles do not have a downward clamping groove for the opening of the neutral plane and a rightward clamping groove for the opening. In the process of making the aluminum alloy geometric flower box, bolts or After the screw connector connects the ordinary snap-fit ​​profile with the trapezoidal vertical plane plate of the inclined side riser, it is easy to cause side leakage at the joint between the ordinary snap-fit ​​profile and the trapezoidal vertical plane plate of the inclined side riser, and sometimes even cause The entire aluminum alloy geometric flower box is scrapped

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