CN105133772B - A kind of duplex integrated ceiling and its installation method - Google Patents

Abstract

The invention discloses a compound integrated suspended ceiling and an installation method thereof. The suspended ceiling includes an upper gusset layer and a lower installation frame whose overall shape is rectangular. There is a height difference between the upper gusset layer and the lower installation frame. The upper gusset The width of the layer is smaller than the width of the lower installation frame, the length of the upper gusset layer is equal to the length of the lower installation frame, the upper gusset layer is directly above the center of the lower installation frame, the short side of the upper gusset layer and its adjacent The short side of the lower installation frame is on the same vertical plane, the long side of the upper gusset layer and the long side of the lower installation frame are connected through the transition connection of the inclined gusset layer, the short side of the upper gusset layer and the lower installation frame The short sides are transitionally connected by vertical gusset layers. The composite ceiling of the present invention breaks through the ceiling limitation of one dimension of the traditional composite ceiling, so that the top space can be divided into multiple spatial areas, which can be decorated separately, so that the three-dimensional dimension of the top space is stronger, and the spatial integrity will be better.

Description

A composite integrated ceiling and its installation method

technical field

The invention relates to the technical field of indoor suspended ceilings, in particular to a composite integrated suspended ceiling and an installation method thereof.

Background technique

Traditional duplex ceilings are mostly high-side plate duplex ceilings and aluminum profile duplex ceilings, and the visual effect is not particularly strong. Furthermore, there are heavy, inconvenient installation and expensive defects in the existing compound suspended ceiling.

Contents of the invention

The present invention overcomes the deficiencies in the above-mentioned prior art, and provides a composite integrated ceiling and its installation method that are light overall, easy to install, low in cost, and beautiful in appearance. The composite integrated ceiling of the present invention is mainly used in high-end The ceiling space of the living room and dining room of the residential group.

Technical scheme of the present invention is realized like this:

A duplex integrated suspended ceiling, including an upper gusset layer and a lower installation frame whose overall shape is rectangular, there is a height difference between the upper gusset layer and the lower installation frame, the width of the upper gusset layer is smaller than the width of the lower installation frame, and the upper The length of the gusset layer is equal to the length of the lower installation frame, the upper gusset layer is directly above the center of the lower installation frame, and the short sides of the upper gusset layer and the short sides of the adjacent lower installation frame are at the same vertical On the surface, the long side of the upper gusset layer and the long side of the lower installation frame are connected through the transition of the inclined gusset layer, and the short side of the upper gusset layer and the short side of the lower installation frame are transitioned through the vertical gusset layer connect.

As a preference, the upper gusset layer includes an upper frame, a first main keel, and a plurality of first auxiliary keels arranged under the first main keel, the upper frame is rectangular in shape, and the first main keel is passed through a wire The rod is connected with the roof, the first secondary keel is set along the direction perpendicular to the first main keel, the short side of the upper frame is provided with a plugging edge for plugging and matching with the first secondary keel, and the upper frame is connected to the second keel through the plugging edge. A pair of keels is plugged and fixed, and the short side of the upper frame is also provided with a bending edge matched with the vertical gusset layer, and a gusset is arranged between two adjacent first keels. The upper frame is connected with the first auxiliary keel by means of the inserting edge, so that the first auxiliary keel can hang the upper frame.

In order to further enhance the three-dimensional effect and make the pattern of the suspended ceiling partitionable, as a preference, a plurality of partitions are arranged at intervals in the upper frame, and the partitions are arranged in parallel with the first auxiliary keel, and the partitions include the base and the The splicing edges extending upwards on both sides are inserted into the gap of the first secondary keel.

Preferably, the inclined gusset layer includes a plurality of second main keels suspended between the long sides of the upper gusset layer and the long sides of the lower installation frame, and a plurality of second main keels arranged below the second main keels. The auxiliary keel and the second auxiliary keel are arranged obliquely relative to the horizontal plane. The second main keel is connected to the roof through a screw rod, and a gusset is installed between the adjacent second auxiliary keels, and a loop is provided on the lower installation frame. The light groove, the lower end of the second secondary keel is in the light return groove, the long side of the upper frame is provided with an inclined edge, and the upper end of the second auxiliary keel is offset against the inclined edge of the upper frame.

There is a height difference between the upper gusset layer and the lower installation frame, and the transition connection of the second keel set at an angle is adopted, and gussets are installed between two adjacent second keels; exquisite patterns can be arranged on the gussets The pattern is decorated, the shape is prominent, the shape is more beautiful, and the sense of space is stronger.

As a preference, a plurality of partitions are arranged at intervals between the long side of the upper gusset layer and the long side of the lower installation frame, the partitions are arranged in parallel with the second auxiliary keel, and the upper end of the partition is against the inclined side of the upper frame, The lower end of the partition is in the light return groove, and the partition includes a base and inserting edges extending upward along both sides of the base, and the inserting edges are inserted in the gap of the second auxiliary keel. The partition can be inserted into the gap of the second keel through the inserting edge, so that it can be installed and fixed.

Preferably, the vertical gusset layer includes a plurality of vertically arranged third keels, the lower ends of the third keels are located in the light return groove, and the bent edges include horizontal edges and vertical edges. The side is connected with the short side of the upper frame, and a card slot is formed between the vertical side and the short side of the upper frame. The upper end of the third keel is inserted in the card slot, and there is a gusset. The upper end of the third keel is in contact with the bent edge, which not only plays the role of installing the buckle plate, but also supports the upper frame; the third keel cooperates with the first keel to jointly support the upper frame. effect.

An installation method based on the above-mentioned duplex integrated ceiling, comprising the following steps:

First, hoist the main keel of the upper gusset layer, each first main keel is fixed to the roof of the building through a screw rod, hang the first auxiliary keel under the first main keel, and place the lower installation frame under the upper gusset layer And fix the lower installation frame on the surrounding walls, and make the short side of the upper gusset layer and the short side of the adjacent lower installation frame be on the same vertical plane, and the two long sides of the upper gusset layer are in line with the The vertical distances of the long sides of the respective adjacent lower mounting frames are kept equal;

Lift the main keel of the inclined gusset layer, that is, each second main keel is fixed to the roof of the building through a screw rod, and the second auxiliary keel is hung under the second main keel; the vertical gusset layer is installed, and the third auxiliary keel Place vertically between the short side of the upper frame and the short side of the lower installation frame;

Install gussets in the upper gusset layer, install gussets in the inclined gusset layer, and install gussets in the vertical gusset layer, and the installation is complete.

The beneficial effect of the present invention that has adopted above-mentioned technical scheme is:

The composite ceiling of the present invention breaks through the ceiling limitation of one dimension of the traditional composite ceiling, so that the top space can be divided into multiple spatial areas, which can be decorated separately, so that the three-dimensional dimension of the top space is stronger, and the spatial integrity will be better.

Specifically, there is a height difference between the upper gusset layer and the lower installation frame of the present invention, the lower installation frame is hollow and no gusset is installed, and the upper gusset layer and the lower installation frame are connected by a sloped gusset layer. The board layer includes multiple second keels arranged obliquely and the gussets inserted into the gaps of the second keels; the gussets of the inclined gusset layer can be decorated with exquisite patterns and patterns, which are prominent in shape and more beautiful in appearance , The sense of space is stronger.

Furthermore, the present invention arranges a plurality of partitions on the upper gusset layer and the inclined gusset layer, and the partitions can share the same auxiliary keel with the gusset when plugged and fixed, which improves the utilization rate; the upper end of the third auxiliary keel Compensating with the bent edge, it not only plays the role of installing the buckle plate, but also supports the upper frame; the third keel cooperates with the first keel to jointly play the role of installing and supporting the upper frame.

The composite integrated suspended ceiling of the present invention adopts a full-plate structure, which is light overall, convenient to install, low in cost, and beautiful in appearance.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of brand-new compound suspended ceiling of the present invention;

Fig. 2 is the frame structure schematic diagram of brand-new compound suspended ceiling of the present invention;

Fig. 3 is a schematic diagram of hoisting the main keel of the upper layer and the main keel of the inclined gusset layer to install the ceiling frame during the initial installation;

Fig. 4 is a schematic diagram when the first auxiliary keel is installed on the upper gusset layer;

Fig. 5 is the schematic diagram when gusset plate is installed on upper gusset plate layer;

Fig. 6 is a schematic diagram when the second auxiliary keel is installed on the inclined gusset layer;

Fig. 7 is the schematic diagram when installing the 3rd keel;

Fig. 8 is a schematic diagram when gussets are installed on the slope gusset layer and the vertical gusset layer;

FIG. 9 is an enlarged view of part A of FIG. 2 .

detailed description

The specific embodiment of the present invention is as follows:

Embodiment: A compound integrated suspended ceiling, as shown in Figures 1 to 9, includes an upper gusset layer 1 and a lower installation frame 2 whose overall shape is rectangular, and there is a height between the upper gusset layer 1 and the lower installation frame 2 Poor, the width of the upper gusset layer 1 is smaller than the width of the lower installation frame 2, the length of the upper gusset layer 1 is equal to the length of the lower installation frame 2, and the upper gusset layer 1 is directly above the center of the lower installation frame 2 , that is, the vertical distance between the two long sides 4a of the upper gusset layer 1 and the long side 4b of the adjacent lower mounting frame 2 is kept equal, and the short side 5a of the upper gusset layer 1 and the short side of the adjacent lower mounting frame 2 5b is on the same vertical plane, the long side 4a of the upper gusset layer 1 and the long side 4b of the lower installation frame 2 are transitionally connected through the inclined gusset layer 3, and the short side 5a of the upper gusset layer 1 is connected to the lower installation frame 2. The short sides 5b of the frame 2 are transitionally connected through the vertical buckle layer 6 .

Specifically, the upper buckle layer 1 includes an upper frame 7, a first main keel 8, and a plurality of first auxiliary keels 9 located below the first main keel 8, and the first auxiliary keel 9 is connected to the first main keel. The keels 8 are connected by hangers, and the upper frame 7 is rectangular in shape. The first main keel 8 is connected to the roof through a screw rod. The first auxiliary keel 9 is arranged along a direction perpendicular to the first main keel 8. The short side 5a is provided with a plugging edge 10 for plugging and matching with the first secondary keel 9, and the upper frame 7 is plugged and fixed with the first secondary keel 9 through the plugging edge 10, and the short side 5a of the upper frame 7 is also provided with a There is a bent edge 12 matched with the vertical gusset layer, and a gusset 11 is arranged between two adjacent first secondary keels 9 .

A plurality of partitions 13 are arranged at intervals in the upper frame 7. The partitions 13 are arranged parallel to the first auxiliary keel 9. The partitions 13 include a base 14 and an insertion edge 10 extending upward along both sides of the base 14. The above-mentioned inserting edge 10 is inserted in the gap of the first secondary keel 9 .

The inclined gusset layer 3 includes a plurality of second main keels 15 suspended between the long side 4a of the upper gusset layer and the long side 4b of the lower installation frame, and a plurality of second main keels 15 arranged below the second main keel 15. The second auxiliary keel 16, the second auxiliary keel 16 is inclined relative to the horizontal plane, the second main keel 15 is connected to the roof through a screw rod, and a gusset 11 is installed between the adjacent second auxiliary keels 16, the lower The installation frame 2 is provided with a circle of light return groove 17, the lower end of the second auxiliary keel 16 is in the light return groove 17, and the long side 4a of the upper frame is provided with an inclined edge 18, and the upper end of the second auxiliary keel 16 and the upper frame The oblique side 18 of 1 offsets.

A plurality of partitions 13 are arranged at intervals between the long side of the upper gusset layer 1 and the long side of the lower installation frame 2. The partitions 13 are arranged in parallel with the second auxiliary keel 16, and the upper end of the partition 13 is inclined to the upper frame. The sides 18 are against each other, and the lower end of the partition 13 is in the light return groove 17. Similarly, the partition 13 includes a base 14 and an insertion edge 10 extending upward along both sides of the base 14, and the insertion edge 10 is inserted at the second In the gap between the second pair of keels 16.

The vertical gusset layer 6 includes a plurality of third auxiliary keels 19 arranged vertically, the lower ends of the third auxiliary keels 19 are in the light return groove 17, and the bent edge 12 includes a horizontal edge 20 and a vertical edge. The side 21 and the transverse side 20 are connected to the short side 5a of the upper frame, and a card slot is formed between the vertical side 21 and the short side 5a of the upper frame, and the upper end of the third auxiliary keel 19 is inserted in the card slot, adjacent to each other A pinch plate 11 is provided between the third secondary keel 19 of the keel. The first, second and third auxiliary keels 9, 16, and 19 are triangular keels.

An installation method based on the above-mentioned duplex integrated ceiling, comprising the following steps:

As shown in Figures 3 and 4, firstly the main keel of the upper gusset layer is hoisted, and each first main keel 8 is fixed to the roof of the building through a screw rod, and the first auxiliary keel 9 is hung below the first main keel 8, and at the same time Place the lower installation frame 2 under the upper gusset layer and fix the lower installation frame 2 on the surrounding walls, and make the short side 5a of the upper gusset layer and the short side 5b of the adjacent lower installation frame in the same lead On the vertical plane, the vertical distances between the two long sides 4a of the upper gusset layer and the long sides 4b of the respective adjacent lower mounting frames are kept equal;

As shown in Figures 5 and 6, the main keel of the inclined-plane buckle layer is hoisted, that is, each second main keel 15 is fixed to the roof of the building through a screw rod, and the second auxiliary keel 16 is hung below the second main keel 15; As shown in Figure 7, install the vertical buckle layer, and place the third auxiliary keel 19 vertically at intervals between the short side 5a of the upper frame and the short side 5b of the lower installation frame;

As shown in Figure 8, install the gusset 11 in the upper gusset layer, install the gusset 11 in the inclined gusset layer, install the gusset 11 in the vertical gusset layer, and the installation is completed.

Claims (4)

1. A duplex integrated suspended ceiling, characterized in that it includes an upper gusset layer and a lower installation frame whose overall shape is rectangular, there is a height difference between the upper gusset layer and the lower installation frame, and the width of the upper gusset layer is smaller than that of the lower The width of the installation frame, the length of the upper gusset layer is equal to the length of the lower installation frame, the upper gusset layer is directly above the center of the lower installation frame, the short side of the upper gusset layer and the short side of the adjacent lower installation frame The sides are on the same vertical plane, the long side of the upper gusset layer and the long side of the lower installation frame are connected through the transition connection of the inclined gusset layer, and the short side of the upper gusset layer and the short side of the lower installation frame are connected by Vertical gusset layer transition connection; the upper gusset layer includes an upper frame, a first main keel, and a plurality of first auxiliary keels located below the first main keel, the shape of the upper frame is rectangular, and the first A main keel is connected to the roof through a screw rod. The first auxiliary keel is arranged along the direction perpendicular to the first main keel. The short side of the upper frame is provided with a plugging edge for plugging and matching with the first auxiliary keel. The upper frame passes through The plugging edge is plugged and fixed with the first pair of keels, and the short side of the upper frame is also provided with a bending edge that matches the vertical gusset layer, and a gusset is provided between two adjacent first pair of keels; The inclined gusset layer includes a plurality of second main keels suspended between the long side of the upper gusset layer and the long side of the lower installation frame, and a plurality of second auxiliary keels arranged below the second main keel, The second auxiliary keel is arranged inclined relative to the horizontal plane, the second main keel is connected to the roof through a screw rod, a buckle plate is installed between the adjacent second auxiliary keels, and a circle of light-reflecting grooves is provided on the lower installation frame. The lower end of the second keel is in the light return groove, and the long side of the upper frame is provided with an inclined edge, and the upper end of the second auxiliary keel is against the inclined edge of the upper frame; there are also multiple partitions at intervals in the upper frame, The partition is arranged parallel to the first auxiliary keel, the partition includes a base and inserting edges extending upward along both sides of the base, and the inserting edge is inserted in the gap of the first auxiliary keel. 2. A compound integrated suspended ceiling according to claim 1, characterized in that: a plurality of partitions are arranged at intervals between the long side of the upper gusset layer and the long side of the lower installation frame, and the partitions and the second The auxiliary keel is arranged in parallel, the upper end of the partition is against the inclined edge of the upper frame, and the lower end of the partition is in the light return groove. The partition includes the base and the insertion edges extending upward along the two sides of the base. Place it in the gap between the second keel. 3. A compound integrated suspended ceiling according to claim 1, characterized in that: said vertical gusset layer includes a plurality of vertically arranged third sub-keels, the lower ends of the third sub-keels are located in the light return groove Inside, the bent side includes a horizontal side and a vertical side, the horizontal side is connected to the short side of the upper frame, and a card slot is formed between the vertical side and the short side of the upper frame, and the upper end of the third auxiliary keel is inserted into the card slot Inside, there is a buckle plate between the third pair of keels adjacent to each other. 4. An installation method based on the duplex integrated suspended ceiling according to claim 3, characterized in that: First, hoist the main keel of the upper gusset layer, each first main keel is fixed to the roof of the building through a screw rod, hang the first auxiliary keel under the first main keel, and place the lower installation frame under the upper gusset layer And fix the lower installation frame on the surrounding walls, and make the short side of the upper gusset layer and the short side of the adjacent lower installation frame be on the same vertical plane, and the two long sides of the upper gusset layer are in line with the The vertical distances of the long sides of the respective adjacent lower mounting frames are kept equal; Lift the main keel of the inclined gusset layer, that is, each second main keel is fixed to the roof of the building through a screw rod, and the second auxiliary keel is hung under the second main keel; the vertical gusset layer is installed, and the third auxiliary keel Place vertically between the short side of the upper frame and the short side of the lower installation frame; Install gussets in the upper gusset layer, install gussets in the inclined gusset layer, and install gussets in the vertical gusset layer, and the installation is complete.