CN212773029U - Aluminum veneer for curtain wall - Google Patents

Abstract

The utility model relates to an aluminium veneer field specifically discloses an aluminium veneer for curtain, including aluminium veneer body, still including the linkage unit who connects two adjacent aluminium veneer bodies, aluminium veneer body is flat-plate-like, and aluminium veneer body goes up integrated into one piece all around has annular flange, and the plane at flange place is perpendicular with the plane at aluminium veneer body place, and fixed mounting has a plurality of enhancement strips on one side that aluminium veneer body is close to the flange. The reinforcing bar in this scheme can support the aluminium veneer body, promotes the intensity of aluminium veneer body, and then promotes the intensity of aluminium veneer curtain.

Description

Aluminum veneer for curtain wall

Technical Field

The utility model belongs to aluminium veneer field, concretely relates to aluminium veneer for curtain.

Background

With the rapid development of modern economy, buildings in cities are continuously changed, the attractiveness of the appearance of a wall body is directly influenced by the wall surface of the building, the conventional wall body appearance mostly adopts materials such as glass, artificial stone and the like, but the glass is adopted as a curtain wall to cause light pollution; the artificial stone used as the curtain wall has the problems of large material mass and easy formation of a large amount of dust.

Therefore, there is a trend that aluminum veneers are used as an outer wall decoration material, a plurality of aluminum veneers are assembled, and then the assembled aluminum veneers are installed on the outer wall of a building to form a curtain wall, wherein the curtain wall formed by the aluminum veneers has the characteristics of light weight, easiness in installation and the like; however, in consideration of cost, most of the aluminum veneers are arranged in a single layer, but the single-layer aluminum veneers are thin and have general strength; when the aluminum veneers are spliced into the curtain wall for use, the surfaces of the aluminum veneers are easy to deform such as dent and bending after being impacted; when assembling the aluminium veneer, adopt connection structure such as screw, bolt to fix between the aluminium veneer more simultaneously, and fix in one side that the aluminium veneer is close to building wall, if the aluminium veneer that produces deformation this moment is located curtain center department, be not convenient for dismantle connection structure such as screw, bolt on the aluminium veneer back, corresponding aluminium veneer has inconvenient problem of dismantling and maintaining.

SUMMERY OF THE UTILITY MODEL

The utility model provides an aluminium veneer for curtain to solve the aluminium veneer and take place the problem of deformation such as sunken, bending easily when receiving the impact.

In order to achieve the above object, the basic scheme of the present invention is as follows: the utility model provides an aluminium veneer for curtain, includes the aluminium veneer body, still includes the linkage unit who connects two adjacent aluminium veneer bodies, and the aluminium veneer body is flat, and the last integrated into one piece all around of aluminium veneer body has annular flange, and the plane at flange place is perpendicular with the plane at aluminium veneer body place, and fixed mounting has a plurality of enhancement strips on one side that the aluminium veneer body is close to the flange.

The principle and advantages of the basic scheme are as follows: the arrangement of the flange can effectively enhance the strength of the edge of the aluminum veneer body and enhance the shock resistance of the aluminum veneer body; meanwhile, the reinforcing strips are arranged on one side of the aluminum veneer body close to the flange, so that the reinforcing strips can be conveniently and tightly arranged on the side surface of the aluminum veneer body without occupying other installation space; when the surface of aluminium veneer body received the impact, the enhancement strip can support aluminium veneer body, promotes the intensity of aluminium veneer body, and then promotes the intensity of aluminium veneer curtain.

Furthermore, the reinforcing strips are arranged in a grid-shaped cross manner.

Through the arrangement, when the surface of the aluminum veneer body is impacted, the latticed reinforcing strips can disperse impact force, and the impact resistance of the aluminum veneer body can be effectively improved.

Further, the reinforcing strips are arranged in a honeycomb shape.

The honeycomb reinforcing bar also can play good supporting effect to the aluminium veneer body, and in addition, the honeycomb reinforcing bar can play good syllable-dividing effect, can reduce the noise of aluminium veneer curtain when receiving the striking simultaneously.

Further, the reinforcing strips and the aluminum veneer body are integrally formed.

Through the arrangement, the reinforcing strips can be stably arranged on the aluminum veneer body, and the aluminum veneer body and the reinforcing strips can be synchronously processed conveniently.

Further, the aluminum single plate body is square.

Through the arrangement, when the connecting unit is used for connecting the plurality of aluminum veneer bodies, the installation direction of the aluminum veneer bodies is not influenced by the length and the width of the aluminum veneer bodies, and the aluminum veneer bodies can be quickly assembled.

Furthermore, the connecting unit comprises two buckles and two plug-in components capable of being matched with the buckles, the two buckles and the two plug-in components are fixedly arranged on the end face, far away from the aluminum single plate body, of the flange, and the two aluminum single plate bodies and the two plug-in components are fixedly arranged on the middles of the four sides of the flange respectively.

When assembling the aluminium veneer body, can install the plug-in components buckle on an aluminium veneer body on the buckle of another aluminium veneer body, can accomplish the connection of two adjacent aluminium veneer bodies, the convenient quick of assembling of aluminium veneer body.

Furthermore, buckle and plug-in components all are the slice, and the plane at buckle place is parallel with the plane at aluminium veneer body place, and the plane at plug-in components place is perpendicular with the plane at aluminium veneer body place, is provided with on the buckle and supplies plug-in components male jack.

When the aluminum veneer body is assembled, the buckle on the side edge of the aluminum veneer body can be visually seen, at the moment, the plug-in unit on the other aluminum veneer body is vertically inserted into the clamping hole of the buckle to complete the buckle connection of the plug-in unit and the buckle, and the aluminum veneer body is convenient to assemble; when single aluminium veneer body produced deformation or damaged, the border along the aluminium veneer body after the damage pried out aluminium veneer body, make plug-in components on the aluminium veneer body deviate from in the jack of adjacent aluminium veneer body, then be equipped with one side propelling movement of buckle to one side of building wall with aluminium veneer body, make plug-in components on the adjacent aluminium veneer body deviate from in the jack on the aluminium veneer body of this damage, the aluminium veneer body that dismantlement that can be quick is located aluminium veneer curtain center department replaces or maintains, the maintenance degree of difficulty of aluminium veneer curtain has been reduced.

Furthermore, the side surface of the plug-in is provided with a non-slip mat which can be propped against the inner wall of the jack of the buckle.

When the plug-in components insert in the jack, the slipmat also imbeds in the jack in step, and the slipmat offsets with the inner wall of jack, and the slipmat can play anti-skidding effect, can strengthen the joint strength between plug-in components and the buckle.

Furthermore, the non-slip mat is kept away from one end of flange and is fixed and be provided with flexible lug, and the plane at lug place is perpendicular with the plane at plug-in components place, and one side that the lug is close to the non-slip mat can offset with the buckle keep away from one side of flange.

When assembling a plurality of aluminium veneer bodies, the plug-in components drive slipmat and lug synchronous motion, and the lug can produce deformation under the effect of extrusion force for the lug passes the jack and offsets with the lower surface of buckle, and the lug can further be spacing to the plug-in components, makes the connection between two adjacent aluminium veneer bodies more stable.

Further, the length of the insert corresponds to the depth of the receptacle.

Through the arrangement, when the plug-in is inserted into the jack, the aluminum veneer body can be abutted against the side face of the buckle on the other aluminum veneer body, the plug-in and the buckle can be accurately installed together, and meanwhile, the lug and the buckle which are convenient to abut against each other are also abutted, so that the aluminum veneer body is more tightly matched together.

Drawings

Fig. 1 is a schematic structural view of a curtain wall assembled by aluminum veneers in embodiment 1 of the present invention;

FIG. 2 is a schematic structural diagram of a single aluminum veneer for curtain wall in the top view direction in FIG. 1;

FIG. 3 is a schematic left-view structural view of the aluminum single panel for curtain wall shown in FIG. 1;

fig. 4 is a schematic structural view of an aluminum single plate for a curtain wall in embodiment 2 of the present invention;

fig. 5 is a structural schematic view of the aluminum single plate for curtain wall in fig. 4 in a right view direction.

Detailed Description

The following is further detailed by the specific embodiments:

reference numerals in the drawings of the specification include: aluminum veneer body 10, flange 20, reinforcing strip 30, buckle 401, insert 402, jack 403, non-slip mat 404, and bump 50.

Example 1

Example 1 is substantially as shown in figures 1, 2 and 3: the utility model provides an aluminium veneer for curtain, including aluminium veneer body 10, still including the linkage unit who connects two adjacent aluminium veneer bodies 10, aluminium veneer body 10 is flat, and aluminium veneer body 10 is square shape, the last integrated into one piece all around of aluminium veneer body 10 has annular flange 20, the plane at flange 20 place is perpendicular with the plane at aluminium veneer body 10 place, integrated into one piece has a plurality of stiffeners 30 on one side that aluminium veneer body 10 is close to flange 20, stiffeners 30 is latticed cross arrangement.

As shown in fig. 1, 2 and 3, the connection unit includes two buckles 401 and two inserts 402 capable of being engaged with the buckles 401, the two buckles 401 and the two inserts 402 are welded on the end surface of the flange 20 far away from the aluminum single plate body 10, the two buckles 401 and the two inserts 402 are respectively welded on the middle of four sides of the flange 20, and the two buckles 401 are disposed on two adjacent sides of the flange 20.

As shown in fig. 2 and 3, the buckle 401 and the plug-in 402 are both sheet-shaped, a plane where the buckle 401 is located is parallel to a plane where the aluminum single plate body 10 is located, a plane where the plug-in 402 is located is perpendicular to the plane where the aluminum single plate body 10 is located, the buckle 401 is provided with a jack 403 into which the plug-in 402 is inserted, and the length of the plug-in 402 is consistent with the depth of the jack 403; anti-slip pads 404 are glued to the left and right sides of the insert 402, and the anti-slip pads 404 can abut against the inner walls of the insertion holes 403 of the buckles 401.

When the aluminum veneer for the curtain wall is assembled, two adjacent aluminum veneer bodies 10 are horizontally placed, one side of each aluminum veneer body 10, which is far away from the flange 20, faces upwards, then the right aluminum veneer body 10 is placed on the ground, the buckle 401 on the left side of the right aluminum veneer body 10 can be visually seen, the left aluminum veneer body 10 is moved, the plug-in 402 on the right side of the left aluminum veneer body 10 is vertically opposite to the jack 403 on the left side of the right aluminum veneer body 10, the left aluminum veneer body 10 is pressed downwards, the plug-in 402 is inserted into the jack 403, the non-slip mat 404 is simultaneously embedded into the jack 403, and the non-slip mat 404 is abutted against the inner wall of the jack 403; when the flange 20 on the left aluminum single-plate body 10 abuts against the surface of the buckle 401 of the right aluminum single-plate body 10, it is described that the plug-in 402 and the buckle 401 are installed in place, at this time, two adjacent aluminum single-plate bodies 10 are installed in place, and the anti-slip pad 404 can play a role in clamping and positioning.

Then, continuing to install other aluminum veneer bodies 10 on the periphery of the aluminum veneer body 10 through the buckles 401, and realizing buckle connection through the plug-in 402 and the buckles 401, finally splicing a plurality of aluminum veneer bodies 10 into an aluminum veneer curtain wall, and installing the spliced aluminum veneer curtain wall on the outer wall of the building.

When the aluminum veneer curtain wall is used, because the reinforcing strips 30 which are arranged in a latticed cross manner are arranged in the single aluminum veneer body 10, when the surface of the aluminum veneer body 10 is impacted, the reinforcing strips 30 can play a good supporting effect, and the deformation conditions such as sinking and bending of the aluminum veneer body 10 are reduced.

If single aluminium veneer body 10 produces deformation or when damaging, aluminium veneer body 10 is pried out along the border of aluminium veneer body 10 after the damage, make plug-in components 402 on the aluminium veneer body 10 deviate from in jack 403 of adjacent aluminium veneer body 10, then be equipped with one side propelling movement of buckle 401 to one side of building wall with aluminium veneer body 10, make plug-in components 402 on the adjacent aluminium veneer body 10 deviate from in jack 403 on this damaged aluminium veneer body 10, the aluminium veneer body 10 that the dismantlement that can be quick lies in aluminium veneer curtain center department replaces or maintains, the maintenance degree of difficulty of aluminium veneer curtain has been reduced.

Example 2

Embodiment 2 differs from embodiment 1 in that embodiment 2 is basically as shown in fig. 4 and 5, the reinforcing strips 30 are arranged in a honeycomb shape, and the honeycomb-shaped reinforcing strips 30 are integrally formed with the aluminum single-plate body 10.

Meanwhile, as shown in fig. 5, a flexible bump 50 is glued to the lower end of the non-slip mat 404, the horizontal plane where the bump 50 is located is perpendicular to the vertical plane where the plug-in 402 is located, and the upper side of the bump 50 can abut against the lower side of the buckle 401.

Compared with the embodiment 1, the aluminum veneer for the curtain wall in the embodiment has the following differences in use, when a plurality of aluminum veneer bodies 10 are assembled, the plug-in 402 drives the non-slip mat 404 and the lug 50 to move synchronously, the lug 50 can deform under the action of extrusion force, so that the lug 50 penetrates through the jack 403 to abut against the lower surface of the buckle 401, the lug 50 can further limit the plug-in 402, the connection between two adjacent aluminum veneer bodies 10 is more stable, and the strength of the aluminum veneer curtain wall can be effectively improved; when a single aluminum veneer body 10 is repaired or disassembled, the single aluminum veneer body 10 is pried out, so that the bump 50 deforms under the extrusion force and is taken out of the jack 403.

When the aluminum veneer curtain wall is in use, the honeycomb reinforcing bar 30 can also play a good supporting effect for the aluminum veneer body 10, and besides, the honeycomb reinforcing bar 30 can play a good sound insulation effect, and meanwhile, the noise of the aluminum veneer curtain wall when being impacted can be reduced.

Claims (10)

1. The utility model provides an aluminium veneer for curtain, includes the aluminium veneer body, its characterized in that still includes the linkage unit who connects two adjacent aluminium veneer bodies, the aluminium veneer body is flat, and integrated into one piece has annular flange on the aluminium veneer body all around, the plane at flange place is perpendicular with the plane at aluminium veneer body place, fixed mounting has a plurality of enhancement strips on one side that the aluminium veneer body is close to the flange.

2. The aluminum veneer for curtain walls according to claim 1, wherein the reinforcing strips are arranged crosswise in a grid shape.

3. The aluminum veneer for curtain walls as claimed in claim 1, wherein the reinforcing strips are disposed in a honeycomb shape.

4. The aluminum veneer for curtain walls according to claim 2 or 3, wherein the reinforcing strips are integrally formed with the aluminum veneer body.

5. The aluminum veneer for curtain walls according to claim 4, wherein the aluminum veneer body is square.

6. The aluminum veneer for curtain walls as claimed in claim 5, wherein the connecting unit comprises two buckles and two plug-in units capable of being engaged with the buckles, the two buckles and the two plug-in units are both fixedly disposed on the end surface of the flange far from the aluminum veneer body, and the two buckles and the two plug-in units are respectively fixedly disposed on the middle portions of the four sides of the flange.

7. The aluminum veneer for the curtain wall as claimed in claim 6, wherein the buckle and the insert are both in sheet form, a plane of the buckle is parallel to a plane of the aluminum veneer body, a plane of the insert is perpendicular to the plane of the aluminum veneer body, and the buckle is provided with a jack for inserting the insert.

8. The aluminum veneer for curtain walls as claimed in claim 7, wherein the side of the plug-in is provided with a non-slip pad which can abut against the inner wall of the insertion hole of the buckle.

9. The aluminum veneer for curtain walls as claimed in claim 8, wherein a flexible projection is fixedly arranged at one end of the non-slip mat far from the flange, the plane of the projection is perpendicular to the plane of the plug-in unit, and one side of the projection near the non-slip mat can be abutted against one side of the buckle far from the flange.

10. The aluminum veneer for curtain walls according to claim 9, wherein the length of the insert is consistent with the depth of the insertion hole.

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