CN111609003A - A kind of aluminum alloy strip structure profile combination - Google Patents
A kind of aluminum alloy strip structure profile combination Download PDFInfo
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- CN111609003A CN111609003A CN202010359503.3A CN202010359503A CN111609003A CN 111609003 A CN111609003 A CN 111609003A CN 202010359503 A CN202010359503 A CN 202010359503A CN 111609003 A CN111609003 A CN 111609003A
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Abstract
本发明公开一种铝合金穿条结构型材组合，上型材单体与下型材单体之间为对称设置，在上型材单体的横向柱Ⅰ（1）与上连接槽组合之间设有纵向柱Ⅰ（3），纵向柱Ⅰ（3）与上连接槽组合的上部之间设有支撑架Ⅰ（4），下型材单体的横向柱Ⅱ（5）与下连接槽组合之间设有纵向柱Ⅱ（7），纵向柱Ⅱ（7）与下连接槽组合的下部之间设有支撑架Ⅱ（8），上连接槽组合与下连接槽组合之间设有连接段组合，连接段组合将上型材单体与下型材单体连接后组合成铝合金穿条结构型材，上型材单体与下型材单体的连接处套有压紧盘组合，上型材单体与下型材单体连接后通过压紧盘组合进行锁紧。
The invention discloses an aluminum alloy strip structure profile combination. The upper profile body and the lower profile body are symmetrically arranged, and a longitudinal column is arranged between the transverse column I (1) of the upper profile body and the upper connecting groove combination. A support frame I (4) is arranged between the column I (3), the longitudinal column I (3) and the upper part of the upper connecting groove combination, and a horizontal column II (5) of the lower profile single body and the lower connecting groove combination is provided with a supporting frame I (4). Longitudinal column II (7), a support frame II (8) is provided between the longitudinal column II (7) and the lower part of the lower connecting groove combination, and a connecting section combination is provided between the upper connecting groove combination and the lower connecting groove combination, and the connecting section Combination The upper and lower profiles are connected to form an aluminum alloy strip structure. The connection between the upper and lower profiles is covered with a compression plate combination. The upper and lower profiles are combined. After connection, it is locked by pressing plate combination.
Description
技术领域technical field
本发明涉及一种铝合金穿条结构型材组合。The invention relates to an aluminum alloy strip structure profile combination.
背景技术Background technique
目前的铝合金穿条结构型材组合采用的结构是各单体在相互连接时为直接连接的结构，这样在连接后的铝合金型材组合剪切力达不到标准,而且穿条压紧后变形量较大，使用时很容易折弯，从而达不到国家标准及功能用途。The structure adopted by the current aluminum alloy threading structure profile combination is that the monomers are directly connected when they are connected to each other. In this way, the shear force of the connected aluminum alloy profile combination cannot meet the standard, and the threading strips are deformed after being compressed. The volume is large, and it is easy to bend when used, thus failing to meet national standards and functional purposes.
发明内容SUMMARY OF THE INVENTION
本发明提供了一种铝合金穿条结构型材组合，它不但可以增大型材组合连接后的剪切力，而且变形量小，提高了使用效率。The invention provides an aluminum alloy strip structure profile combination, which can not only increase the shear force after the profile combination is connected, but also has a small amount of deformation and improves the use efficiency.
本发明采用了以下技术方案：一种铝合金穿条结构型材组合，它设有上型材单体和下型材单体，上型材单体与下型材单体之间为对称设置，在上型材单体的上部设有横向柱Ⅰ，在上型材单体的底部设有上连接槽组合，在横向柱Ⅰ与上连接槽组合之间设有纵向柱Ⅰ，纵向柱Ⅰ与上连接槽组合的上部之间设有支撑架Ⅰ，在下型材单体的下部设有横向柱Ⅱ，在下型材单体的上部设有下连接槽组合，在横向柱Ⅱ与下连接槽组合之间设有纵向柱Ⅱ，纵向柱Ⅱ与下连接槽组合的下部之间设有支撑架Ⅱ，在上连接槽组合与下连接槽组合之间设有连接段组合，连接段组合将上型材单体与下型材单体连接后组合成铝合金穿条结构型材，在上型材单体与下型材单体的连接处套有压紧盘组合，上型材单体与下型材单体连接后通过压紧盘组合进行锁紧。The present invention adopts the following technical scheme: an aluminum alloy strip structure profile combination, which is provided with an upper profile material unit and a lower profile material unit, the upper profile material unit and the lower profile material unit are symmetrically arranged, and the upper profile material unit is arranged symmetrically. The upper part of the body is provided with a transverse column I, the bottom of the upper profile monomer is provided with an upper connecting groove combination, a longitudinal column I is arranged between the transverse column I and the upper connecting groove combination, and the upper part of the longitudinal column I and the upper connecting groove combination is arranged. A support frame I is arranged between them, a transverse column II is arranged at the lower part of the lower profile unit, a lower connecting groove combination is arranged on the upper part of the lower profile unit, and a longitudinal column II is arranged between the transverse column II and the lower connection groove combination. A support frame II is arranged between the longitudinal column II and the lower part of the lower connecting groove combination, and a connecting segment combination is arranged between the upper connecting groove combination and the lower connecting groove combination, and the connecting segment combination connects the upper profile and the lower profile monomer. It is then assembled into an aluminum alloy strip structure profile, and a compression disc combination is sleeved at the connection between the upper profile and the lower profile. After the upper profile and the lower profile are connected, they are locked by the compression disc combination.
所述的支撑架Ⅰ设置为斜向支撑架Ⅰ，斜向支撑架Ⅰ与纵向柱Ⅰ和上连接槽组合之间呈三角形。所述的支撑架Ⅱ设置为斜向支撑架Ⅱ，斜向支撑架Ⅱ与纵向柱Ⅱ和下连接槽组合之间呈三角形。所述上型材单体底部的上连接槽组合包括两个上连接槽，两个上连接槽分别为上连接槽Ⅰ和上连接槽Ⅱ，上连接槽Ⅰ与上连接槽Ⅱ横向分布在上型材单体的底部，下型材单体上部的下连接槽组合包括两个下连接槽，两个下连接槽分别为下连接槽Ⅰ和下连接槽Ⅱ，下连接槽Ⅰ与下连接槽Ⅱ横向分布在下型材单体的上部，上连接槽Ⅰ与下连接槽Ⅰ相对设置，上连接槽Ⅱ与下连接槽Ⅱ相对设置，所述的连接段组合包括连接段Ⅰ和连接段Ⅱ，连接段Ⅰ的两端分别嵌入上连接槽Ⅰ内与下连接槽Ⅰ内，连接段Ⅱ的两端分别嵌入上连接槽Ⅱ内与下连接槽Ⅱ内，所述的压紧盘组合包括上压紧盘和下压紧盘，上压紧盘的中心设有上压紧孔，下压紧盘的中心设有下压紧孔，上连接槽组合位于上压紧孔内，上压紧盘将位于上压紧孔内的上连接槽组合挤压锁紧，下连接槽组合位于下压紧孔内，下压紧盘将位于下压紧孔内的下连接槽组合挤压锁紧。所述的横向柱Ⅰ与纵向柱Ⅰ之间呈T形设置。所述的横向柱Ⅱ与纵向柱Ⅱ之间呈T形设置。The support frame I is set as an oblique support frame I, and a triangle is formed between the inclined support frame I and the combination of the longitudinal column I and the upper connecting groove. The support frame II is set as an oblique support frame II, and a triangle is formed between the inclined support frame II, the longitudinal column II and the lower connecting groove. The upper connecting groove combination at the bottom of the upper profile monomer includes two upper connecting grooves, the two upper connecting grooves are respectively the upper connecting groove I and the upper connecting groove II, and the upper connecting groove I and the upper connecting groove II are horizontally distributed on the upper profile. The bottom of the unit and the lower connecting grooves on the upper part of the lower profile unit include two lower connecting grooves. The two lower connecting grooves are respectively the lower connecting groove I and the lower connecting groove II. On the upper part of the lower profile monomer, the upper connecting groove I and the lower connecting groove I are arranged opposite to each other, and the upper connecting groove II and the lower connecting groove II are arranged opposite to each other. The connecting section combination includes connecting section I and connecting section II. The two ends are respectively embedded in the upper connecting groove I and the lower connecting groove I, and the two ends of the connecting section II are respectively embedded in the upper connecting groove II and the lower connecting groove II. For the compression plate, the center of the upper compression plate is provided with an upper compression hole, the center of the lower compression plate is provided with a lower compression hole, the upper connecting groove assembly is located in the upper compression hole, and the upper compression plate will be located The upper connecting groove combination in the hole is squeezed and locked, the lower connecting groove combination is located in the lower pressing hole, and the lower pressing plate squeezes and locks the lower connecting groove combination located in the lower pressing hole. The transverse column I and the longitudinal column I are arranged in a T shape. The transverse column II and the longitudinal column II are arranged in a T shape.
本发明具有以下有益效果：采用了以上技术方案后，本发明的上型材单体与下型材单体之间为对称设置，在上型材单体的上部设有横向柱Ⅰ，在上型材单体的底部设有上连接槽组合，在横向柱Ⅰ与上连接槽组合之间设有纵向柱Ⅰ，纵向柱Ⅰ与上连接槽组合的上部之间设有支撑架Ⅰ，在下型材单体的下部设有横向柱Ⅱ，在下型材单体的上部设有下连接槽组合，在横向柱Ⅱ与下连接槽组合之间设有纵向柱Ⅱ，纵向柱Ⅱ与下连接槽组合的下部之间设有支撑架Ⅱ，在上连接槽组合与下连接槽组合之间设有连接段组合，连接段组合将上型材单体与下型材单体连接后组合成铝合金穿条结构型材，在上型材单体与下型材单体的连接处套有压紧盘组合，上型材单体与下型材单体连接后通过压紧盘组合进行锁紧，这样可以增大型材组合连接后的剪切力，而且变形量小，提高了使用效率。本发明支撑架Ⅰ设置为斜向支撑架Ⅰ，斜向支撑架Ⅰ与纵向柱Ⅰ和上连接槽组合之间呈三角形，支撑架Ⅱ设置为斜向支撑架Ⅱ，斜向支撑架Ⅱ与纵向柱Ⅱ和下连接槽组合之间呈三角形，这样可以提高型材的机构稳定性，避免出现变形量较大的现象出现。The present invention has the following beneficial effects: after adopting the above technical solutions, the upper profile body and the lower profile body of the present invention are symmetrically arranged, the upper portion of the upper profile body is provided with a transverse column I, and the upper profile body is provided with a transverse column I, The bottom is provided with an upper connecting slot combination, a longitudinal column I is arranged between the transverse column I and the upper connecting slot combination, a support frame I is arranged between the longitudinal column I and the upper part of the upper connecting slot combination, and the lower part of the lower profile monomer is provided. There is a transverse column II, a lower connecting groove combination is arranged on the upper part of the lower profile monomer, a longitudinal column II is arranged between the transverse column II and the lower connecting groove combination, and a longitudinal column II is arranged between the lower part of the lower connecting groove combination. Support frame II, there is a connecting section assembly between the upper connecting groove assembly and the lower connecting groove assembly. The connecting section assembly connects the single upper profile and the single lower section to form an aluminum alloy strip structure profile. The connection between the body and the lower profile unit is covered with a compression disc combination, and the upper profile unit and the lower profile unit are connected and locked by the compression disc combination, which can increase the shear force after the profile combination is connected, and The deformation amount is small, and the use efficiency is improved. The support frame I of the present invention is set as an inclined support frame I, and the combination between the inclined support frame I and the longitudinal column I and the upper connecting groove is in a triangle shape, and the support frame II is set as an inclined support frame II, and the inclined support frame II is connected with the longitudinal The combination of the column II and the lower connecting groove is in a triangle shape, which can improve the mechanism stability of the profile and avoid the phenomenon of large deformation.
附图说明Description of drawings
图1为本发明的结构示意图。FIG. 1 is a schematic structural diagram of the present invention.
具体实施方式Detailed ways
在图1中，本发明提供了一种铝合金穿条结构型材组合，它设有上型材单体和下型材单体，上型材单体与下型材单体之间为对称设置，在上型材单体的上部设有横向柱Ⅰ1，在上型材单体的底部设有上连接槽组合，在横向柱Ⅰ1与上连接槽组合之间设有纵向柱Ⅰ3，纵向柱Ⅰ3与上连接槽组合的上部之间设有支撑架Ⅰ4，在下型材单体的下部设有横向柱Ⅱ5，在下型材单体的上部设有下连接槽组合，在横向柱Ⅱ5与下连接槽组合之间设有纵向柱Ⅱ7，纵向柱Ⅱ7与下连接槽组合的下部之间设有支撑架Ⅱ8，在上连接槽组合与下连接槽组合之间设有连接段组合，连接段组合将上型材单体与下型材单体连接后组合成铝合金穿条结构型材，在上型材单体与下型材单体的连接处套有压紧盘组合，上型材单体与下型材单体连接后通过压紧盘组合进行锁紧，所述的支撑架Ⅰ4设置为斜向支撑架Ⅰ，斜向支撑架Ⅰ与纵向柱Ⅰ3和上连接槽组合之间呈三角形，所述的支撑架Ⅱ8设置为斜向支撑架Ⅱ，斜向支撑架Ⅱ与纵向柱Ⅱ7和下连接槽组合之间呈三角形，所述上型材单体底部的上连接槽组合包括两个上连接槽，两个上连接槽分别为上连接槽Ⅰ9和上连接槽Ⅱ10，上连接槽Ⅰ9与上连接槽Ⅱ10横向分布在上型材单体的底部，下型材单体上部的下连接槽组合包括两个下连接槽，两个下连接槽分别为下连接槽Ⅰ11和下连接槽Ⅱ12，下连接槽Ⅰ11与下连接槽Ⅱ12横向分布在下型材单体的上部，上连接槽Ⅰ9与下连接槽Ⅰ11相对设置，上连接槽Ⅱ10与下连接槽Ⅱ12相对设置，所述的连接段组合包括连接段Ⅰ13和连接段Ⅱ14，连接段Ⅰ13的两端分别嵌入上连接槽Ⅰ9内与下连接槽Ⅰ11内，连接段Ⅱ14的两端分别嵌入上连接槽Ⅱ10内与下连接槽Ⅱ12内，所述的压紧盘组合包括上压紧盘15和下压紧盘16，上压紧盘15的中心设有上压紧孔2，下压紧盘16的中心设有下压紧孔6，上连接槽组合位于上压紧孔2内，上压紧盘15将位于上压紧孔2内的上连接槽组合挤压锁紧，下连接槽组合位于下压紧孔6内，下压紧盘16将位于下压紧孔6内的下连接槽组合挤压锁紧，所述的横向柱Ⅰ1与纵向柱Ⅰ3之间呈T形设置，所述的横向柱Ⅱ5与纵向柱Ⅱ7之间呈T形设置。In Fig. 1, the present invention provides an aluminum alloy strip structure profile combination, which is provided with an upper profile monomer and a lower profile monomer, the upper profile monomer and the lower profile monomer are symmetrically arranged, and the upper profile monomer is arranged symmetrically. The upper part of the monomer is provided with a transverse column I1, the bottom of the upper profile monomer is provided with an upper connecting groove combination, a longitudinal column I3 is arranged between the transverse column I1 and the upper connecting groove combination, and the longitudinal column I3 is combined with the upper connecting groove. A support frame I4 is arranged between the upper parts, a transverse column II5 is arranged at the lower part of the lower profile unit, a lower connecting groove combination is arranged on the upper part of the lower profile unit, and a longitudinal column II7 is arranged between the transverse column II5 and the lower connection groove combination. , a support frame II8 is arranged between the longitudinal column II7 and the lower part of the lower connecting groove combination, and a connecting segment combination is provided between the upper connecting groove combination and the lower connecting groove combination, and the connecting segment combination connects the upper profile monomer and the lower profile monomer After the connection, it is combined into an aluminum alloy strip structure profile. A compression disc combination is set at the connection between the upper profile and the lower profile. After the upper profile and the lower profile are connected, they are locked by the compression disc combination. , the support frame I4 is set as an inclined support frame I, and the combination between the inclined support frame I and the longitudinal column I3 and the upper connecting groove is in a triangle shape, and the support frame II8 is set as an inclined support frame II. A triangle is formed between the support frame II, the longitudinal column II7 and the lower connecting groove combination. The upper connecting groove combination at the bottom of the upper profile monomer includes two upper connecting grooves, and the two upper connecting grooves are respectively the upper connecting groove I9 and the upper connecting groove. Slot II10, the upper connection slot I9 and the upper connection slot II10 are distributed laterally at the bottom of the upper profile unit, and the lower connection slot combination on the upper part of the lower profile unit includes two lower connection slots, and the two lower connection slots are the lower connection slot I11. and the lower connecting slot II12, the lower connecting slot I11 and the lower connecting slot II12 are horizontally distributed on the upper part of the lower profile monomer, the upper connecting slot I9 is arranged opposite to the lower connecting slot I11, and the upper connecting slot II10 is arranged opposite to the lower connecting slot II12. The connecting section combination includes connecting section I13 and connecting section II14, the two ends of connecting section I13 are respectively embedded in the upper connecting groove I9 and the lower connecting groove I11, and the two ends of the connecting section II14 are respectively embedded in the upper connecting groove II10 and the lower connecting groove. In II12, the compression plate combination includes an
本发明的使用方法：本发明在上型材单体的上部设有横向柱Ⅰ1，在上型材单体的底部设有上连接槽组合，在横向柱Ⅰ1与上连接槽组合之间设有纵向柱Ⅰ3，纵向柱Ⅰ3与上连接槽组合的上部之间设有支撑架Ⅰ4，在下型材单体的下部设有横向柱Ⅱ5，在下型材单体的上部设有下连接槽组合，在横向柱Ⅱ5与下连接槽组合之间设有纵向柱Ⅱ7，纵向柱Ⅱ7与下连接槽组合的下部之间设有支撑架Ⅱ8，在上连接槽组合与下连接槽组合之间设有连接段组合，连接段组合将上型材单体与下型材单体连接后组合成铝合金穿条结构型材，在上型材单体与下型材单体的连接处套有压紧盘组合，上型材单体与下型材单体连接后通过压紧盘组合进行锁紧，这样可以增大型材组合连接后的剪切力，而且变形量小，提高了使用效率。本发明所述的支撑架Ⅰ4设置为斜向支撑架Ⅰ，斜向支撑架Ⅰ与纵向柱Ⅰ3和上连接槽组合之间呈三角形，支撑架Ⅱ8设置为斜向支撑架Ⅱ，斜向支撑架Ⅱ与纵向柱Ⅱ7和下连接槽组合之间呈三角形，这样可以提高型材的机构稳定性，避免出现变形量较大的现象出现。How to use the present invention: The present invention is provided with a transverse column I1 at the upper part of the upper profile unit, an upper connecting groove combination at the bottom of the upper profile unit, and a longitudinal column between the transverse column I1 and the upper connection groove combination I3, a support frame I4 is arranged between the vertical column I3 and the upper part of the upper connecting groove combination, a transverse column II5 is arranged at the lower part of the lower profile single body, and a lower connecting groove combination is arranged at the upper part of the lower profile single body. A longitudinal column II7 is arranged between the lower connecting groove combination, a support frame II8 is arranged between the longitudinal column II7 and the lower part of the lower connecting groove combination, and a connecting section combination is arranged between the upper connecting groove combination and the lower connecting groove combination. Combination The upper profile monomer and the lower profile monomer are connected to form an aluminum alloy strip structure profile, and a compression plate combination is sleeved at the connection between the upper profile monomer and the lower profile monomer. After the body is connected, it is locked by the combination of the compression plate, which can increase the shear force after the combination of the profiles is connected, and the deformation amount is small, which improves the use efficiency. The support frame I4 of the present invention is set as an inclined support frame I, and the combination between the inclined support frame I and the longitudinal column I3 and the upper connecting groove is in a triangle shape, and the support frame II8 is set as an inclined support frame II. The combination of II and the longitudinal column II7 and the lower connecting groove is in a triangle shape, which can improve the structural stability of the profile and avoid the phenomenon of large deformation.
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| CN212479809U (en) * | 2020-04-30 | 2021-02-05 | 江苏宇马铝业有限公司 | Aluminum alloy bar penetrating structure section bar combination |
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