CN110306714B - Assembled partition wall furred ceiling structure - Google Patents

Abstract

The invention discloses an assembled partition wall suspended ceiling structure, which comprises a floor slab and a floor slab, wherein assembled partition walls are connected to two sides between the floor slab and the floor slab, each assembled partition wall comprises an outer side wall plate, an inner side wall plate and a keel framework arranged between the outer side wall plate and the inner side wall plate, a pair of composite suspended ceilings are arranged between the upper ends of the inner side wall plates, each composite suspended ceiling comprises a pair of one-level suspended ceiling side plates, a pair of horizontal screw rods, a pair of closing-in vertical plates and a secondary suspended ceiling plate.

Description

Assembled partition wall ceiling structure

Technical Field

The invention relates to the field of assembled decoration, and in particular to an assembled partition wall ceiling structure.

Background Art

Prefabricated decoration is a new form of decoration construction in recent years. Prefabricated decoration, as the name suggests, is to produce all the parts and components needed for decoration in the factory, and then transport them to the decoration site for assembly and installation, eliminating the traditional decoration site's measurement, cutting and other operations, making the construction simpler and more convenient, greatly improving the construction efficiency of the decoration site, and making the construction site cleaner and more beautiful, without generating too much decoration material waste, which is a more green and environmentally friendly form of decoration construction.

Traditional partition walls and ceilings in the prior art have the following disadvantages:

1. On-site leveling is required, the process is slow, the flatness cannot be adjusted afterwards, and it depends entirely on skilled workers;

2. The ceiling, partition walls and pipelines cannot be constructed at the same time, and there is a serious problem of cross-construction of different types of work, which leads to slow progress and difficulty in quality control;

3. On-site cutting, grinding, plastering and painting will make the construction site messy, generate a lot of garbage, and cause environmental problems;

4. The efficiency, quality and cost of on-site material processing are difficult to control;

5. It is entirely dependent on skilled workers, which results in high labor costs. In addition, the industry is facing a technical gap and a shortage of skilled workers;

6. Do not dismantle, modify or install repeatedly;

7. Concealed projects such as pipelines and conduits cannot be modified after completion, causing inconvenience in subsequent maintenance and use.

Now we are considering using prefabricated decoration technology to realize the partition wall and ceiling of interior decoration to overcome the above-mentioned shortcomings.

Summary of the invention

In order to overcome the deficiencies of the above-mentioned prior art, the present invention provides an assembled partition wall ceiling structure with novel design, stable structure, ingenious combination of components, reasonable indoor space division, and perfect multi-level ceiling structure.

To achieve the above-mentioned purpose, the technical solution adopted by the present invention to solve its technical problems is: an assembled partition wall ceiling structure, including a floor and a floor, the assembled partition walls are connected on both sides between the floor and the floor, the assembled partition walls include an outer wall panel, an inner wall panel and a keel frame arranged between the outer wall panel and the inner wall panel, a composite ceiling is arranged between the upper ends of a pair of the inner wall panels, the composite ceiling includes a pair of primary ceiling side panels, a pair of horizontal screws, a pair of closing vertical panels and a secondary ceiling panel, one end of the primary ceiling side panel is connected to the upper ends of the inner wall panels, and the other end is connected to the floor through the horizontal screw upward, the middle part of the primary ceiling side panel is connected to the end of the secondary ceiling panel through the closing vertical panel downward, the lower part of the primary ceiling side panel forms a side groove for installing lamps or curtains between the closing vertical panel and the inner wall panel, one end of the secondary ceiling panel extends into the side groove to form a light trough ceiling panel, the end of the light trough ceiling panel is provided with a closing wire plate, and the middle part is provided with a light strip upward.

Preferably, the connection between the inner wall panel and the primary ceiling side panel is provided with mutually interlocking female buckle strips and female buckle grooves, the horizontal screw and the floor slab are provided with mutually interlocking ceiling keels and screw hooks, the horizontal screw and the primary ceiling side panels on both sides are respectively provided with mutually interlocking screw hooks and male buckle strips, and mutually interlocking screw hooks and female buckle strips, the connection between the closing vertical panel and the primary ceiling side panel, and the connection between the closing vertical panel and the secondary ceiling panel are provided with mutually interlocking female buckle grooves and closing strips, the connection between the lamp trough ceiling panel and the closing line panel is provided with a male buckle strip, and the closing line panel and the male buckle strip are interlocked.

Preferably, a hook is vertically extended from the middle of one side of the female buckle strip, and one end of the other side is bent multiple times to form a female groove, the female buckle groove is L-shaped, one side of which forms a hook, and the other side is a double-layer structure, and the inside and outside are divided into a cavity and a slot respectively, the ceiling keel is L-shaped, one side of which is fastened to the floor slab, and the other side forms a hook, the screw hook is L-shaped, one side of which is fastened to the horizontal screw, and the other side forms a hook slot adjacent to the bend, a hook is vertically extended from the middle of one side of the male buckle strip, and one end of the other side is bent multiple times to form a female groove and a male groove in sequence, a pair of clips are provided on one side of the edge strip, and a first L-shaped plate and a second L-shaped plate are vertically extended from one side of the closing line plate in sequence.

Preferably, in the mutually interlocking female buckle strip and female buckle groove, the cavity and the slot on the female buckle groove are just connected to the outer end corner of the female groove on the female buckle strip, in the mutually interlocking ceiling keel and screw hook, the hook on the ceiling keel is just hooked into the hook slot on the screw hook, in the mutually interlocking screw hook and male buckle strip, the hook on the male buckle strip is just hooked into the hook slot on the screw hook, in the mutually interlocking screw hook and female buckle strip, the hook on the female buckle strip is just hooked into the hook slot on the screw hook, in the mutually interlocking female buckle groove and edge strip, a pair of clips on the edge strip are embedded in the clip slot on the female buckle groove, in the mutually interlocking closing line plate and male buckle strip, the hook and the male slot on the male buckle strip are respectively inserted into the first L-shaped plate and the second L-shaped plate on the closing line plate.

Preferably, positioning grooves are provided between the floor and the assembled partition wall, between the floor slab and the assembled partition wall, and a plurality of snap-fit pins are provided between the keel frame and the outer wall panel, and between the keel frame and the inner wall panel.

Due to the application of the above technical solution, the present invention has the following beneficial effects compared with the prior art:

1. No need for on-site leveling and plastering work, and fine-tuning can be done afterwards without relying on skilled workers;

2. A fully assembled installation structure is realized, avoiding environmental pollution caused by cutting, grinding, scraping and painting;

3. The integrated construction of partition walls and ceilings eliminates the problem of cross-construction and mutual interference between different types of work;

4. The factory pre-modularizes the raw materials and components, which are quickly assembled, have a reasonable structure, and the appearance effect, production efficiency and economic cost can all be controlled. The decoration efficiency is greatly improved and the construction period is greatly shortened;

5. Easy to install, completely overcoming the problem of shortage of skilled workers;

6. It can be dismantled, modified and installed repeatedly, realizing the secondary transformation of partition walls and ceilings or the secondary utilization of decoration materials;

7. It is convenient to arrange and modify pipelines and lines, without any loss caused by dismantling and modification, which effectively improves the safety of dismantling and modification work and saves costs;

8. The present invention has novel design, stable structure, ingenious combination of components, reasonable indoor space division, perfect multi-level ceiling structure, and can be expanded and extended to achieve rich shapes and changes in functions.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic structural diagram of this embodiment.

FIG. 2 is an enlarged schematic diagram of portion A in FIG. 1 .

FIG. 3 is an enlarged schematic diagram of portion B in FIG. 1 .

FIG. 4 is an enlarged schematic diagram of portion C in FIG. 1 .

FIG. 5 is an enlarged schematic diagram of portion D in FIG. 1 .

FIG. 6 is an enlarged schematic diagram of portion E in FIG. 1 .

FIG. 7 is an enlarged schematic diagram of portion F in FIG. 1 .

In the figure: 1. floor slab; 2. floor; 3. assembled partition wall; 4. outer wall panel; 5. inner wall panel; 6. keel frame; 7. primary ceiling side panel; 8. horizontal screw; 9. closing vertical panel; 10. secondary ceiling panel; 11. side groove; 12. lamp trough ceiling panel; 13. closing line board; 14. lamp strip; 15. female buckle strip; 16. female buckle groove; 17. ceiling keel; 18. screw hook; 19. male buckle strip; 20. closing edge strip; 21. hook; 22. female groove; 23. cavity; 24. slot; 25. hook groove; 26. male groove; 27. clip strip; 28. first L-shaped plate; 29. second L-shaped plate; 30. positioning groove; 31. snap-fit pin.

DETAILED DESCRIPTION

The present invention is further described in detail below in conjunction with specific embodiments:

As shown in FIG1 , this embodiment is an assembled partition wall ceiling structure, including a floor 1 and a floor 2, with assembled partition walls 3 connected on both sides between the floor 1 and the floor 2, the assembled partition walls 3 including an outer wall panel 4, an inner wall panel 5, and a keel frame 6 arranged between the outer wall panel 4 and the inner wall panel 5, a composite ceiling is arranged between the upper ends of a pair of inner wall panels 5, and the composite ceiling includes a pair of primary ceiling side panels 7, a pair of horizontal screws 8, a pair of closing vertical panels 9 and a secondary ceiling panel 10, and the primary ceiling One end of the side panel 7 is connected to the upper end of the inner wall panel 5, and the other end is connected to the floor 1 upward through a horizontal screw 8. The middle part of the primary ceiling side panel 7 is connected to the end of the secondary ceiling panel 10 downward through a closing vertical panel 9. A side groove 11 for installing lamps or curtains is formed between the closing vertical panel 9 and the inner wall panel 5 below the primary ceiling side panel 7. One end of the secondary ceiling panel 10 extends into the side groove 11 to form a lamp trough ceiling panel 12. The end of the lamp trough ceiling panel 12 is provided with a closing wire plate 13, and a light strip 14 is provided upward in the middle.

Among them, the floor 2 and the 3 assembled partition walls, the floor 1 and the 3 assembled partition walls are all provided with positioning grooves 30, and the keel frame 6 and the 4 outer wall panels, and the keel frame 6 and the 5 inner wall panels are all provided with a plurality of buckling pins 31.

In conjunction with Figures 1 to 7, the connection between the inner wall panel 5 and the primary ceiling side panel 7 is provided with a female buckle strip 15 and a female buckle groove 16 that interlock with each other, the horizontal screw 8 and the floor slab 1 are provided with a ceiling keel 17 and a screw hook 18 that interlock with each other, the horizontal screws 8 on both sides and the primary ceiling side panels 7 are respectively provided with screw hooks 18 and male buckle strips 19 that interlock with each other, and screw hooks 18 and female buckle strips 15 that interlock with each other, the connection between the closing vertical panel 9 and the primary ceiling side panel 7, and the connection between the closing vertical panel 9 and the secondary ceiling panel 10 are both provided with female buckle grooves 16 and closing edge strips 20 that interlock with each other, the connection between the light trough ceiling panel 12 and the closing line panel 13 is provided with a male buckle strip 19, and the closing line panel 13 and the male buckle strip 19 interlock with each other.

The shapes and structures of each fastening part are as follows:

A hook 21 extends vertically from the middle of one side of the female buckle strip 15, and one end of the other side is bent several times to form a female groove 22. The female buckle groove 16 is L-shaped, with a hook 21 formed on one side and a double-layer structure on the other side, and the inner and outer separations form a cavity 23 and a slot 24 respectively. The ceiling keel 17 is L-shaped, one side is fastened to the floor 1, and the other side forms a hook 21. The screw hook 18 is L-shaped, one side is fastened to the horizontal screw 8, and the other side forms a hook slot 25 near the bend. A hook 21 extends vertically from the middle of one side of the male buckle strip 19, and one end of the other side is bent several times to form a female groove 22 and a male groove 26 in sequence. A pair of clips 27 are provided on one side of the edge strip 20, and a first L-shaped plate 28 and a second L-shaped plate 29 extend vertically on one side of the closing line plate 13.

The combination of the fastening parts is as follows:

In the mutually buckled female buckle strip 15 and the female buckle groove 16, the cavity 23 and the slot 24 on the female buckle groove 16 are just connected to the outer end corner of the female slot 22 on the female buckle strip 15, and in the mutually buckled ceiling keel 17 and the screw hook 18, the hook 21 on the ceiling keel 17 is just hooked into the hook groove 25 on the screw hook 18, and in the mutually buckled screw hook 18 and the male buckle strip 19, the hook 21 on the male buckle strip 19 is just hooked into the hook groove 25 on the screw hook 18, and the screw hook 18 and the male buckle strip 19 are just hooked into the hook groove 25 on the screw hook 18. In the interlocking screw hook 18 and the female buckle strip 15, the hook 21 on the female buckle strip 15 is just hooked into the hook groove 25 on the screw hook 18, in the interlocking female buckle groove 16 and the edge strip 20, a pair of clips 27 on the edge strip 20 are embedded in the clip groove 24 on the female buckle groove 16, in the interlocking closing line plate 13 and the male buckle strip 19, the hook 21 and the male groove 26 on the male buckle strip 19 are respectively inserted into the first L-shaped plate 28 and the second L-shaped plate 29 on the closing line plate 13.

The innovation of the present invention is:

1. No need for on-site leveling and plastering work, and fine-tuning can be done afterwards without relying on skilled workers;

2. A fully assembled installation structure is realized, avoiding environmental pollution caused by cutting, grinding, scraping and painting;

3. The integrated construction of partition walls and ceilings eliminates the problem of cross-construction and mutual interference between different types of work;

4. The factory pre-modularizes the raw materials and components, which are quickly assembled, have a reasonable structure, and the appearance effect, production efficiency and economic cost can all be controlled. The decoration time is greatly improved and the construction period is greatly shortened;

5. Easy to install, completely overcoming the problem of shortage of skilled workers;

6. It can be dismantled, modified and installed repeatedly, realizing the secondary transformation of partition walls and ceilings or the secondary utilization of assembly materials;

7. It is convenient to arrange and modify pipelines and lines, without any loss caused by dismantling and modification, which effectively improves the safety of dismantling and modification work and saves costs;

8. The present invention has novel design, stable structure, ingenious combination of components, reasonable indoor space division, perfect multi-level ceiling structure, and can be expanded and extended to achieve rich shapes and changes in functions.

The above embodiments are only for illustrating the technical concept and features of the present invention, and their purpose is to enable people familiar with this technology to understand the content of the present invention and implement it. They cannot be used to limit the protection scope of the present invention. All equivalent changes or modifications made according to the spirit of the present invention should be included in the protection scope of the present invention.

Claims (1)

1. An assembled partition wall furred ceiling structure, its characterized in that: the light curtain wall comprises a floor slab (1) and a floor slab (2), wherein two sides between the floor slab (1) and the floor slab (2) are respectively connected with an assembled partition wall (3), the assembled partition wall (3) comprises an outer side wallboard (4), an inner side wallboard (5) and a keel frame (6) arranged between the outer side wallboard (4) and the inner side wallboard (5), a pair of composite suspended ceilings are arranged between the upper ends of the inner side wallboards (5), each composite suspended ceiling comprises a pair of one-to-one-level suspended ceiling side boards (7), a pair of horizontal screw rods (8), a pair of closing-in vertical boards (9) and a secondary suspended ceiling board (10), one end of each one-level suspended ceiling side board (7) is connected with the upper end of the inner side wallboard (5), the other end of each one-level suspended ceiling side board (7) is upwards connected with the floor slab (1) through the horizontal screw rods (8), the middle part of the one-level suspended ceiling side board (7) is downwards connected with the end of the secondary suspended ceiling board (10) through the closing-in vertical board (9), a side groove (11) for installing a light or a lamp wire is formed between the closing-in vertical board (5), one end of the secondary suspended ceiling board (10) extends into the side ceiling board (11), and a lamp wire (12) extends upwards, and a lamp wire (12) is formed upwards, and the lamp wire (12) extends upwards;

The utility model discloses a ceiling structure, including a ceiling side board (7), a horizontal screw (8), a primary ceiling side board (7), a female buckle strip (15) and a female buckle groove (16) which are buckled with each other are arranged at the joint of the inner side wall board (5) and the primary ceiling side board (7), a ceiling keel (17) and a screw hook (18) which are buckled with each other are arranged between the horizontal screw (8) and the primary ceiling side board (7), a screw hook (18) and a male buckle strip (19) which are buckled with each other are respectively arranged at the joint of the horizontal screw (8) and the primary ceiling side board (7), a female buckle groove (16) and a female buckle strip (20) which are buckled with each other are arranged at the joint of the closing-up side board (9) and the secondary ceiling board (10), and a male buckle strip (19) is arranged at the joint of the ceiling plate (12) and the closing-up line board (13) which are buckled with the male buckle strip (19) each other;

The middle part of one side of the female buckle strip (15) is vertically extended to form a hook (21), one end of the other side is vertically extended to form a female groove (22), the female buckle groove (16) is L-shaped, one side of the female buckle groove is provided with the hook (21), the other side of the female buckle groove is of a double-layer structure, the inner and outer separation of the female buckle groove are respectively provided with a cavity (23) and a clamping groove (24), the ceiling keel (17) is L-shaped, one side of the ceiling keel is fastened to a floor slab (1), the other side of the ceiling keel is provided with the hook (21), the screw lifting hook (18) is L-shaped, one side of the screw lifting hook is fastened to a horizontal screw (8), the other side of the screw lifting hook is adjacent to a bending part to form a hook groove (25), one side of the male buckle strip (19) is vertically extended to form the hook (21), one end of the other side of the male buckle strip (19) is vertically extended to form the female groove (22) and the male groove (26) in sequence, one side of the upper side of the receiving strip (20) is provided with a pair of clamping strips (27), and one side of the upper side of the receiving strip (13) is vertically extended to form a first L-shaped plate (28) and a second L-shaped plate (29) in sequence;

the floor (2) and the assembled partition wall (3), the floor (1) and the assembled partition wall (3) are respectively provided with a positioning groove (30), and a plurality of buckling bolts (31) are respectively arranged between the keel frame (6) and the outer side wall board (4) and between the keel frame (6) and the inner side wall board (5).