CN219528013U - Glass magnesium sandwich panel structure - Google Patents

Abstract

The utility model discloses a glass magnesium sandwich board structure, which relates to the field of glass magnesium boards, comprising: two glass magnesium boards, the two glass magnesium boards are placed in parallel, and four glass magnesium boards are installed between the two glass magnesium boards. Set equidistant fixed structures, the upper wall of the two glass magnesium boards is equipped with a top plate structure, the lower wall of the two glass magnesium boards is equipped with a bottom plate structure, and the outer walls of the two glass magnesium boards are installed with two sets of Horizontal combined structure; the advantage of this utility model is that this utility model forms an integrated space by fixing two glass magnesium boards, and the operator fills the interior with fillers to achieve heat preservation, sound insulation, etc. It is an integrated design, which can ensure that the filler and the glass magnesium board will not fall off and delaminate during long-term use, and can better extend the use time while ensuring the heat preservation and sound insulation effects to be carried out. .

Description

A glass magnesium sandwich panel structure

technical field

The utility model relates to the field of glass magnesium boards, in particular to a glass magnesium sandwich board structure.

Background technique

Glass magnesium fireproof board is also called glass magnesium board, magnesium oxide board, magnesite board, and magnesium board. The material components for the production of glass magnesium fireproof board are active high-purity magnesium oxide, high-quality magnesium chloride, alkali-resistant glass fiber cloth, plant fiber, non-combustible and light perlite, chemically stable lithopone, high-molecular polymer, and high-performance modifier. The glass magnesium fireproof board has good fireproof performance, and the fire resistance limit reaches more than 3 hours. It can absorb a large amount of heat energy in the process of burning in case of fire, and delay the rise of the surrounding environment temperature. At the same time, it also has good waterproof and moisture resistance. In dry, cold and humid weather, the performance of the glass magnesium fireproof board is always stable, and it is not affected by condensation water droplets and humid air.

However, the glass magnesium board does not have a good sound insulation and heat preservation effect, so when installing the glass magnesium board, it is necessary to fill the corresponding sound insulation material or thermal insulation material between the wall and the glass magnesium board, but due to this filling material It is not an integrated design with the glass magnesium board, so after a long time, it will fall off and delaminate, which will reduce the effect of sound insulation or heat preservation.

Utility model content

The technical problem to be solved by the utility model is to provide a glass magnesium sandwich panel structure. The glass magnesium panel does not have good sound insulation and heat preservation effects. Fill the corresponding sound insulation material or thermal insulation material, but because the filling material and the glass magnesium board are not an integrated design, after a long time, there will be falling off, delamination, etc., thereby reducing the sound insulation or thermal insulation. Effect.

In order to solve the above technical problems, the technical solution of the present invention is a glass magnesium sandwich panel structure, comprising: two glass magnesium boards, the two glass magnesium boards are placed in parallel, and the gap between the two glass magnesium boards is Four sets of equidistant fixed structures are installed, the upper walls of the two glass magnesium boards are equipped with roof structures, the lower walls of the two glass magnesium boards are equipped with bottom plate structures, and the outer walls of the two glass magnesium boards are installed There are two sets of horizontal merging structures; the four sets of equidistant fixing structures include: two equidistant fixing claws and equidistant fixing columns; the two equidistant fixing claws are respectively installed inside the two glass magnesium boards, and the The equidistant fixing post is installed between two equidistant fixing claws.

As a further solution of the present utility model: the roof structure includes: a roof slideway, a top plate connection sub-board, a top plate connection motherboard and a T-shaped slide rail; the top plate slideway is installed between two glass magnesium boards, and the The top board connection sub-board is installed on the left wall of the top board slideway, the top board connection mother board is installed on the right wall of the top board slideway, and the T-shaped slide rail is installed on the upper wall of the top board slideway.

As a further solution of the present utility model: the bottom plate structure includes: bottom plate slideway, bottom plate connection sub-board, bottom plate connection motherboard and T-shaped slideway; the bottom plate slideway is installed between two glass magnesium boards, the The bottom plate connection sub-board is installed on the left wall of the bottom plate slideway, the bottom plate connection motherboard is installed on the right wall surface of the bottom plate slideway, and the T-shaped slideway is installed on the lower wall of the bottom plate slideway.

As a further solution of the present utility model: the two groups of horizontal merging structures include: a first merging seat, a second merging seat and merging bolts; the first merging seat is installed on the outer wall of the glass magnesium board, and the second The two combined seats are installed on the outer wall of the glass magnesium board, the first combined seat and the second combined seat are provided with threads, and the combined bolts are installed inside the first combined seat through threads.

As a further solution of the present utility model: the inner wall surfaces of the two glass magnesium boards are all equipped with merging slide bars.

As a further solution of the present utility model: four filler injection one-way valves are installed on the outer walls of the two glass magnesium boards.

The utility model adopts the above-mentioned technical scheme, and compared with the prior art, the utility model has the following advantages: the utility model forms an integrated space by fixing two glass magnesium boards, and the operator fills the interior with fillers to To achieve the purpose of heat preservation and sound insulation, due to the integrated design, it can ensure that the filler and glass magnesium board will not fall off and delaminate during long-term use. , can better prolong the use time.

The utility model is provided with an equidistant fixed structure, a top plate structure and a bottom plate structure, and the equidistant fixed structure can fix the distance between two glass magnesium boards, so that two glass magnesium boards can form a space for filling materials. Moreover, the top plate structure and the bottom plate structure can further fix the relative positions of the two glass magnesium boards, and at the same time, the top plate structure and the bottom plate structure can be connected up and down, thereby increasing the use area of the sandwich panel.

The utility model is provided with a horizontal merging structure, which can be used for tightening and fixing the lateral connection of the glass magnesium boards, thereby preventing the leakage of fillers.

Description of drawings

Fig. 1 is the overall structure schematic diagram in the utility model embodiment;

Fig. 2 is a schematic diagram of an equidistant connection structure in an embodiment of the present invention;

Fig. 3 is the schematic diagram of the base plate structure in the utility model embodiment;

Fig. 4 is a schematic diagram of the roof structure in the embodiment of the utility model.

In the figure: 1. Glass magnesium board; 2. Equidistant fixed claws; 3. Equidistant fixed columns; 4. Top plate slideway; 5. Top plate connected to daughter board; 6. Top plate connected to mother board; 7. T-shaped slide rail; 8. Bottom plate slideway; 9. Bottom plate connected to daughter board; 10. Bottom plate connected to motherboard; 11. T-shaped slideway; 12. First combined seat; 13. Second combined seat; 14. Combined bolt; 15. Combined slide Rod; 16, filler injection one-way valve.

Detailed ways

Below in conjunction with accompanying drawing, the specific embodiment of the present utility model will be further described. It should be noted here that the descriptions of these implementations are used to help understand the utility model, but are not intended to limit the utility model. In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not constitute conflicts with each other.

Example

Please refer to Figure 1-Figure 4, a glass magnesium sandwich panel structure, including: two glass magnesium boards 1, the two glass magnesium boards 1 are placed in parallel, and four sets of equidistant fixings are installed between the two glass magnesium boards 1 structure, the upper walls of the two glass magnesium boards 1 are equipped with a top plate structure, the lower walls of the two glass magnesium boards 1 are equipped with a bottom plate structure, and the outer walls of the two glass magnesium boards 1 are installed with two sets of horizontal merged structures.

In this embodiment, the four sets of equidistant fixing structures include: two equidistant fixing claws 2 and equidistant fixing columns 3; 3 is installed between two equidistant fixed claws 2. The roof structure includes: roof slideway 4, top plate connection sub-board 5, top plate connection mother board 6 and T-shaped slide rail 7; top plate slideway 4 is installed between two glass magnesium boards 1, and top plate connection sub-board 5 is installed on the top plate On the left wall of the slideway 4 , the top plate connection motherboard 6 is installed on the right wall of the top plate slideway 4 , and the T-shaped slide rail 7 is installed on the upper wall of the top plate slideway 4 . The bottom plate structure includes: bottom plate slideway 8, bottom plate connection sub-board 9, bottom plate connection mother board 10 and T-shaped slideway 11; bottom plate slideway 8 is installed between two glass magnesium boards 1, and bottom plate connection sub-board 9 is installed on the bottom plate On the left wall of the slideway 8 , the bottom plate connecting motherboard 10 is installed on the right wall of the bottom plate slideway 8 , and the T-shaped slideway 11 is installed on the lower wall of the bottom plate slideway 8 .

Specifically, the equidistant fixing structure can fix the distance between the two glass magnesium boards 1, so that the two glass magnesium boards 1 can form a space for filling materials, and the top plate structure and the bottom plate structure can further fix the two glass magnesium boards. The relative position of the magnesium board 1, and at the same time the top plate structure and the bottom plate structure can be connected up and down, so that the use area of the sandwich panel can be improved.

In this embodiment, the two groups of horizontal merging structures include: the first merging seat 12, the second merging seat 13 and the merging bolt 14; the first merging seat 12 is installed on the outer wall surface of the glass magnesium board 1, and the second merging seat 13 is installed on the On the outer wall of the glass magnesium board 1 , threads are provided inside the first combined seat 12 and the second combined seat 13 , and the combined bolts 14 are installed inside the first combined seat 12 through threads. The inner wall surfaces of the two glass magnesium boards 1 are all equipped with merging slide bars 15 .

Specifically, the laterally merged structure can be used to fasten and fix the lateral connection of the glass magnesium board 1, thereby preventing leakage of the filler.

In this embodiment, four filler injection one-way valves 16 are installed on the outer walls of the two glass magnesium boards 1 .

Specifically, the utility model can fill the space formed by the two glass magnesium boards 1 through the filler injection check valve 16, and achieve the purposes of heat preservation and sound insulation through these fillers.

Working principle: when using the utility model, firstly install the utility model in combination, the utility model adopts a modular design, first combine two glass magnesium boards 1, and the operator determines equidistant fixing columns according to requirements 3, the distance between the two glass magnesium boards 1 is fixed, and the distance between the two glass magnesium boards 1 is fixed by equidistant fixing claws 2, and then the top slideway 4 and the bottom slideway 8 are respectively installed on the Between the two glass magnesium boards 1, it can be further fixed, and the utility model can be connected up and down, left and right through the connection method, so as to form a larger use area. When combining up and down, the operator needs to slide the T shape The rail 7 is inserted into the inside of the T-shaped slideway 11, thereby realizing the combination of up and down, and then the top board connection sub-board 5 is inserted into the top board connection mother board 6, and the bottom board connection sub-board 9 is inserted into the bottom board connection mother board 10, so that multiple This utility model realizes the left and right connection. When performing the left and right connection, the operator fixes the first combined seat 12 and the second combined seat 13 through the combined bolt 14, thereby realizing the tight connection of the left and right connections and preventing the filler from leaking. Finally The operator can fill the required material between the two glass magnesium boards 1 through the filler injection check valve 16 according to specific usage requirements. For example, if insulation is required, insulation materials can be filled; if sound insulation is required, sound insulation materials can be filled.

The embodiments of the utility model have been described in detail above in conjunction with the accompanying drawings, but the utility model is not limited to the described embodiments. For those skilled in the art, without departing from the principle and spirit of the utility model, various changes, modifications, replacements and modifications to these embodiments still fall within the protection scope of the utility model.

Claims (6)

1. A glass magnesium sandwich panel structure, comprising: two glass magnesium boards (1), characterized in that two of the glass magnesium boards (1) are placed in parallel, and between the two glass magnesium boards (1) Four sets of equidistant fixed structures are installed between them, the upper walls of the two glass magnesium boards (1) are equipped with top plate structures, the lower walls of the two glass magnesium boards (1) are equipped with bottom plate structures, and the two described glass magnesium boards (1) are equipped with bottom plate structures. Two sets of transverse merged structures are installed on the outer wall of the glass magnesium board (1); The four sets of equidistant fixing structures include: two equidistant fixing claws (2) and equidistant fixing columns (3); The two equidistant fixing claws (2) are respectively installed inside the two glass magnesium boards (1), and the equidistant fixing columns (3) are installed between the two equidistant fixing claws (2). 2. A glass magnesium sandwich panel structure according to claim 1, characterized in that the roof structure comprises: a roof slideway (4), a roof connecting sub-board (5), a roof connecting mother board (6) And T-shaped slide rail (7); The top plate slideway (4) is installed between two glass magnesium boards (1), the top plate connection sub-board (5) is installed on the left wall of the top plate slideway (4), and the top plate connection mother board (6 ) is installed on the right wall of the roof slideway (4), and the T-shaped slide rail (7) is installed on the upper wall of the roof slideway (4). 3. A glass magnesium sandwich panel structure according to claim 1, characterized in that, the base plate structure comprises: a base plate slideway (8), a base plate connection sub-board (9), a base plate connection mother plate (10) And T-shaped slideway (11); The bottom plate slideway (8) is installed between two glass magnesium boards (1), the bottom plate connection sub-board (9) is installed on the left wall of the bottom plate slideway (8), and the bottom plate connection motherboard (10 ) is installed on the right wall of the baseboard slideway (8), and the T-shaped slideway (11) is installed on the lower wall of the baseboard slideway (8). 4. A kind of glass-magnesium sandwich panel structure according to claim 1, characterized in that, said two groups of said transverse merging structures comprise: a first merging seat (12), a second merging seat (13) and a merging bolt (14); The first combined seat (12) is installed on the outer wall of the glass magnesium board (1), and the second combined seat (13) is installed on the outer wall of the glass magnesium board (1), and the first combined seat (12) and Threads are opened inside the second combining seat (13), and the combining bolts (14) are installed in the inside of the first combining seat (12) through threads. 5 . A glass magnesium sandwich panel structure according to claim 1 , characterized in that, the inner walls of the two glass magnesium panels ( 1 ) are all equipped with merging slide bars ( 15 ). 6. A glass magnesium sandwich panel structure according to claim 1, characterized in that four filler injection one-way valves (16) are installed on the outer walls of the two glass magnesium panels (1).