CN116290432A - A fully assembled decorative and thermal insulation system - Google Patents

Abstract

The utility model provides a full assembly decorates heat preservation integration system, includes the cement-based artificial stone slab body of taking the veneer, the nut has been buried in slab body back, the screw of nut is located the back of slab body, and the screw internal screw of nut has connecting screw, wears to be equipped with metal string A, heat preservation material layer, metal string B on the connecting screw, metal string A and metal string B are put the heat preservation material layer in the middle of with the clamp, and connecting screw's outer end screw has the first gland nut of pressing metal string B at heat preservation material layer back, and metal string A and metal string B are located the position in slab body edge outside and are equipped with the dress through-hole of hanging. The metal hanging strip A can completely control the flatness of the plate, and can form a fully assembled installation structure for clamping any heat insulation material by combining the metal hanging strip B, thereby thoroughly solving various defects and hidden dangers of the prior chemical glue, mortar, clamping anchors, single hanging strip and the like.

Description

A fully assembled decoration and heat preservation integrated system

technical field

The invention relates to the field of architectural decoration, in particular to an integrated system of fully assembled decoration and heat preservation.

Background technique

Energy saving and carbon reduction are related to the survival and development of human beings. The carbon emissions during the use of buildings account for nearly one-third of the total carbon emissions. Therefore, it is imperative to save energy and reduce carbon emissions in buildings. Whether a building can achieve energy saving depends on whether the enclosure system has an efficient thermal insulation function. Fixing various thermal insulation materials on the inside and outside of the building's outer protective wall is the main technical means to solve the problem of building thermal insulation. At the same time, after installing the fixed thermal insulation materials on the inner and outer walls of the building, the surface must also be decorated. In order to become a usable finished energy-saving building. The thin plaster insulation system of the prior art has been gradually reduced in use due to various defects. Now more thermal insulation and decorative integrated panels are used. The main principle is to use solid stone panels, metal panels, silicon calcium panels, etc. Because these solid decorative panels and thermal insulation materials do not have connection functions, chemical glue can only be used to bond the decorative panels and thermal insulation materials to form the existing thermal insulation and decoration integrated board. When chemical glue is used to bond filamentary and flocculent insulation materials such as rock wool and glass wool, it is extremely difficult to bond and compound because of the extremely low bonding strength of these insulation materials. However, these insulation materials are generally A-level fireproof materials. The integrated board with thermal insulation and decoration can only use chemical glue, bottom plate, etc. for multi-layer adhesion. The composite thermal insulation and decoration integrated board also does not have the function of external connection, and can only be installed by relying on the stickiness of mortar. The stickiness of mortar will also decrease, which will inevitably cause major safety hazards. In order to prevent the thermal insulation and decoration integrated board pasted with mortar from falling off, the existing technology adds a metal clip anchor reinforcement method on the side of the integrated board, but the metal clip can only be slotted and drilled on the solid veneer to produce connection and fixation. , if grooves or holes are made on the thinner veneer board, the thin board is easy to collapse and fall off, and at the same time, the hanging strength is small and the shock resistance is poor; if a thicker board is used, although the hanging strength is increased to a certain extent, the weight is heavy It is difficult to ensure safety with metal clips. If natural stone is feasible, there is no need to spend a very high cost to hang it with a large metal skeleton. Therefore, there is a great potential safety hazard of falling off of the existing thermal insulation and decoration integrated board. In order to solve the above problems, patent (201610259172X) a production and installation method of nano-cement based high-strength artificial flat stone with heat preservation, patent (2016203512307) a nano-cement based high-strength artificial flat stone with heat preservation, patent (2018114914707) a Cement-based ultra-high performance artificial stone thermal insulation and sound insulation integrated board, patent (patent number: 2018114916100) production and installation method of cement-based ultra-high performance artificial stone thermal insulation and sound insulation integrated board. The above-mentioned patents use cement-based materials to form artificial stone plates, and bury nuts on the back of the plates. After implanting screws in the nuts, insert extruded boards, rock wool and other insulating materials. Set metal hanging strips, and fix the metal hanging strips on the back of the insulation material through nuts. The metal hanging strips will inevitably produce a clamping effect on the insulation material. Finally, the cement-based thermal insulation and decorative integrated board is installed on the wall through the metal hanging strips, so that It solves the various potential safety hazards that existing stone, silicon-calcium boards and other solid boards composite thermal insulation and decoration integrated boards can only be pasted with mortar or reinforced with anchors. However, if the insulation material sandwiched by the metal hanging strips does not use chemical glue to make the veneer and the insulation material stick together, after the metal hanging strips are fixed and installed by expansion bolts, the insulation material sandwiched will inevitably have a certain thickness, so that the decoration The panel and the metal hanging strip form a certain suspended distance, so after the metal hanging strip with a certain suspended distance from the veneer is fixed, it is impossible to effectively control the flatness of the veneer, and uncontrolled veneers will inevitably appear. The problem of unevenness or bounce will lead to dislocation and unevenness of the upper and lower decorative panels, which will not only affect the aesthetics of the decoration and the acceptance of the project, but will also inevitably lead to cracks, which will cause water seepage. The penetration of water will not only corrode the insulation material and cause insulation The decline of the heat insulation function will also cause the metal hanging strips to oxidize and corrode, and even corrode the building structure and steel bars, resulting in a series of potential safety hazards. In order to control the veneer to a certain extent, the above-mentioned patent also uses chemical glue to bond the insulation material and the veneer, but there are three major problems in the adhesion of chemical glue: 1. The chemical glue will inevitably degrade due to aging, especially for the integration of heat preservation and decoration. The outdoor environment where the board is used will also accelerate this phenomenon. 2. The viscosity of chemical glue can only make two kinds of materials with certain strength adhere to each other, mainly for A-level fireproof inorganic rock wool, glass wool and other filamentary and flocculent insulation materials cannot produce effective bonding strength. Therefore veneer board can't be controlled equally, thereby makes above-mentioned patent be subjected to great limitation aspect the use of thermal insulation material. 3. Even if chemical adhesives use glue with excellent weather resistance and thermal insulation materials with excellent adhesion, there will still be a phenomenon that the greater the thickness of the thermal insulation material, the worse the control of the metal hanging strips on the decorative panels will be. Therefore, the probability that the veneer will pop up and cause cracks will be greater. The inability to effectively control the veneer and ensure the flatness of the veneer are the main defects of the above patents, and thus cause serious series of problems.

Contents of the invention

The purpose of the present invention is to provide a fully assembled decoration and heat preservation integrated system to solve the problems raised in the above-mentioned background technology.

In order to achieve the above object, the present invention provides the following technical solution: a fully assembled decoration and heat preservation integrated system, including a cement-based artificial stone plate body with a finish, a nut is embedded in the back of the plate body, and the screw port of the nut is located at On the back side of the board body, a connecting screw is screwed inside the screw port of the nut, and the connecting screw is provided with a metal hanging bar A, a thermal insulation material layer, and a metal hanging bar B, and the metal hanging bar A and the metal hanging bar B are The insulation material layer is sandwiched in the middle, and the outer end of the connecting screw is screwed with the first compression nut that presses the metal hanging strip B on the back of the insulation material layer. The metal hanging strip A and the metal hanging strip B are located on the plate There are hanging through holes on the outside of the edge of the body.

Preferably, the metal hanging bar A is bent toward one side in the direction of the metal hanging bar B to form a notch.

Preferably, the connecting screw is screwed with a second compression nut that presses the metal hanging bar A.

Preferably, the connecting screw between the metal hanging bar A and the metal hanging bar B is pierced with a sleeve.

Preferably, a notch is provided on the side of the hanging through hole of the metal hanging bar A.

Preferably, the connecting screw is coated with a heat insulator.

Preferably, a sound-insulating material layer is provided between the metal hanging bar A and the metal hanging bar B.

Preferably, the hanging through holes of the metal hanging bar A and the metal hanging bar B are pierced with a hanging screw, and the main body of the hanging screw is fixed to the wall.

Preferably, the mounting screw is covered with a heat insulator.

Preferably, a sleeve is sleeved on the hanging screw between the metal hanging bar A and the metal hanging bar B.

Preferably, the plate body is an ultra-high-performance cement-based artificial stone plate prepared with ultra-high performance.

The present invention utilizes the superior principle of the threaded connection of the pre-embedded nut on the back of the cement-based artificial stone plate. By implanting the connecting screw in the nut, the metal hanging strip A with the function of hanging is installed on the connecting screw, and then the connecting screw is used. The second compression nut arranged on the top makes the metal hanging bar A close to the back of the plate body. The thermal insulation material and sound insulation material that continue to be threaded on the connecting screw rod will be clamped by the metal hanging strip B that is finally threaded on the connecting screw rod and screwed and fixed by the first compression nut, so that the thermal insulation material and the sound insulation material are completely clamped Between two metal hanging bars. The sandwich structure formed by the mechanical connection principle of full screw interconnection can completely solve the hidden danger of chemical glue falling off. At the same time, it has the advantages of being able to mechanically clamp any material and any thickness of insulation materials, and it can also solve various composite problems of low-strength and loose insulation materials such as rock wool and glass wool.

In the present invention, a metal hanging strip A with a certain hardness is pierced on the back of the board body, and the metal hanging strip A is closely attached to the back of the board. According to different installation requirements, we set different ends of the metal hanging bar A in a shape of inward bending, thereby forming different connection notches. During installation, the hanging hole of the metal hanging bar A and the hanging hole of the metal hanging bar B pass through the same hanging screw rod at the same time, and the artificial stone plate sandwiched with the thermal insulation material is fixed on the building wall. When installing another board, according to different board seams, hook or snap the metal hanging strip A that has been set on the other board to the fixed hanging screw or the back of the board, and use fastening tools if the board seam is large Tighten the hanging screw that has been hooked or engaged with the upper and lower metal hanging bars A, so that the upper and lower plates can be completely kept flat; Put it on the fixed hanging screw that also has a stop, or directly clamp it on the back of the sheet. Sheets of the same thickness and metal hanging strips with a certain hardness can also ensure that there are very small seams or seamless sheets. the flatness of the space. The two-way metal hanging bar of the present invention, the fully assembled structure formed by different notches formed by different bending parts of the metal hanging bar, different openings, different compression nuts, and different connection methods can completely eliminate the need for any Chemical glue and mortar, therefore, can completely solve the problem that in the background technology, a single hanging strip cannot control the decorative panel, and the existing thermal insulation and decoration integrated board must rely on chemical glue and mortar, and the safety hazard of stuck anchor reinforcement is large, and none of them can be arbitrarily compounded for any thermal insulation materials and other problems.

The invention can clamp heat-insulating and sound-insulating materials of any thickness and any material, and can ensure the flatness and the occurrence of cracks. This series of innovations of the present invention is just effectively implemented through trial and error. After installation using the method of the present invention, the formed fully assembled integral interconnection structure can also completely conduct the load of the plate to the structure that must exist in the building through the interconnection structure formed by the metal hanging bar A, which is common in the present On a wall composed of lightweight materials, this fully interconnected structure can greatly improve the safety of the integrated panel hanging, which is impossible to achieve with the existing thermal insulation and decorative integrated panel and the patents in the background technology.

The cement-based artificial stone plate of the invention can reach the highest standard of green building materials from material source to production and use. The surface of the board body can form various decorative effects such as stone, metal, and wood through various treatment methods. The clamping principle formed by the two-way hanging strips can clamp any A-level thermal insulation materials, and can also clamp sound insulation that is extremely difficult to compound in the existing technology materials, easily achieve professional-level sound insulation. The invention can truly solve the problem of energy saving and carbon reduction in existing buildings, and therefore is an innovative invention that benefits all mankind.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is a side sectional view of Fig. 1;

Fig. 3 is a side sectional view of the second compression nut structure pierced on the connecting screw rod in the present invention;

Fig. 4 is a side cross-sectional view of a casing pierced on the connecting screw in the present invention;

Fig. 5 is a partial cross-sectional view of the back of the plate body with another structure of the present invention;

Fig. 6 is a side sectional view of Fig. 5;

Fig. 7 is a partial cross-sectional view of the back of the plate body of another metal hanging strip A;

Fig. 8 is a partial cross-sectional view of the back of the plate body with another structure of the present invention;

Fig. 9 is a side sectional view of another metal hanging bar A in the present invention;

Fig. 10 is a side sectional view of installation between plates of the present invention;

Figure 11 is an enlarged view of A in Figure 10;

Fig. 12 is a side sectional view of another installation between plates of the present invention;

Figure 13 is an enlarged view at B in Figure 12;

Fig. 14 is a side sectional view of another installation between plates in the present invention;

Figure 15 is an enlarged view at C in Figure 14;

Fig. 16 is an enlarged view of another structure at C in Fig. 14;

Fig. 17 is a side sectional view of sandwiching thermal insulation material and sound insulation material of the present invention.

In the figure: 1-plate body; 2-nut; 3-metal hanging bar A; 4-insulation material layer; 5-metal hanging bar B; 6-connecting screw; 7-sound insulation material layer; 9-hanging screw; 11 -sleeve; 12-mesh; 13-wall; 16-steel bar; 17-expansion bolt; 18-wall screw; 31-hanging through hole; 32-notch; Hanging through hole of hanging bar B; 61-first compression nut; 62-second compression nut; 64-sleeve; 65-third compression nut.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

For further improvement, several embodiments are provided below, obviously, the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Embodiment one:

As can be seen from Figures 1 and 2, a fully assembled, decorative and thermal insulation system includes a cement-based artificial stone plate body with a finish, a nut 2 is embedded in the back of the plate body 1, and the screw port of the nut 2 is located on the plate. On the back of the body 1, a connecting screw 6 is screwed into the screw opening of the nut 2, and the connecting screw 6 is covered with a thermal insulator. The connecting screw 6 is pierced with a metal hanging bar A3, an insulating material layer 4, and a metal hanging bar B5, and the metal hanging bar A3 and the metal hanging bar B5 sandwich the insulating material layer 4, and the connecting screw 6 The outer end of the metal hanging bar A3 is screwed with the first compression nut 61 that presses the metal hanging bar B5 on the back of the thermal insulation material layer 4, and the metal hanging bar A3 is located outside the edge of the plate body 1 and is provided with a hanging through hole 31 as required; The metal hanging bar B5 is provided with a hanging through hole 52 at the part outside the edge of the board body 1 .

In order to better limit and fix the thermal insulation material layer 4, the metal hanging bar A3 is bent toward the side of the metal hanging bar B5 to form a notch part 33, which can be formed after secondary bending of.

Embodiment two:

The difference from the first embodiment is that, as can be seen from FIG. 3 , the connecting screw 6 is screwed with a second compression nut 62 that presses the metal hanging bar A3 . As can be seen from FIG. 4 , the connecting screw 6 between the metal hanging bar A3 and the metal hanging bar B5 is pierced with a sleeve 64 .

It can be seen from Fig. 9-10 that the integrated installation structure of fully assembled decoration and heat preservation also includes a plurality of cement-based artificial stone plate bodies with facings, and the hanging through holes 31 and 52 of the metal hanging bar A3 and the metal hanging bar B5 pass through. A hanging screw 9 is provided, and the metal hanging bar A3 includes an upper metal hanging bar A on the upper part of the plate body 1 (a metal hanging bar A3 on the upper part of the same plate, the same below) and a lower metal hanging bar A on the lower part of the plate body 1 ( The metal hanging bar A3 on the upper and lower parts of the same plate, the same below). The metal hanging bar B5 includes an upper metal hanging bar B5 on the upper part of the plate body 1 (the metal hanging bar B5 on the upper part of the same plate, the same below) and a lower metal hanging bar B5 on the lower part of the plate body 1 (the metal hanging bar B5 on the lower part of the same plate) B5, the same below).

When thin seams and seamless assembly are carried out between the plate bodies, the hanging screw rod 9 passes through the hanging through hole 31 on the mouth part 33 of the upper metal hanging bar A, the hanging through hole 52 of the upper metal hanging bar B and the wall. Body 13 is fixed, and then another plate body is installed on it, and the end of the metal hanging bar A under the other plate body is inserted between a plate body and the nut end of the hanging screw 9, and leans against a plate body 1 back. The lower metal hanging bar B can be fixed to the wall horizontally. The best state of assembly between the plate bodies is: the nut end of the hanging screw 9 is close to the end of the metal hanging bar A under the other plate body, so that when the other plate body is pushed, the metal plate under the other plate body The end of the hanging bar A just abuts against the nut end of the hanging screw 9, which prevents the body of the other board from inclining inwardly, thereby causing the problem of unevenness between the boards. Similarly, when pulling the other plate body, the end of the metal hanging bar A under the other plate body rests on the back of the plate body 1, which prevents the other plate body from tilting outwards, thereby causing unevenness between the plates.

A sleeve 11 can also be sleeved on the hanging screw 9 between the metal hanging bar A3 and the metal hanging bar B5, and the sleeve 11 can prevent inward tilting when installing between the plates.

The mechanical connection and installation of internal and external two-way metal hanging strips and full screw interconnection can form a strong locking force between the cement-based artificial stone plate body with veneer, insulation materials and building walls. The full assembly installation method not only It completely eliminates the steps of chemical glue compounding and mortar pasting and installation of the existing integrated board. At the same time, during the energy-saving lighting renovation of old buildings, its strong locking force can also solve the problem that the existing thermal insulation and decorative integrated board must eradicate old paint, Decorative layers such as ceramic tiles and plastered layers that have been swelled and sanded must be re-plastered to have structural force and adhesion, and can be fixed and installed with mortar. This alone can save a lot of money compared with the existing thermal insulation and decorative integrated board big expense. At the same time, the metal hanging strips arranged in both directions inside and outside can also have higher hanging strength and higher seismic performance than the anchor reinforcement of the existing thermal insulation and decorative integrated board and the single hanging strip of the existing cement-based integrated board, so that it can achieve a longer service life.

Embodiment three:

It can be seen from FIG. 5 , FIG. 6 , and FIG. 7 that, unlike the second embodiment, a notch 32 is provided on the side of the hanging through hole of the metal hanging bar A3 . A third compression nut 65 or spacer can also be threaded on the connecting screw 6, and the third compression nut 65 or spacer and the first compression nut 61 clamp the metal hanging bar B5.

It can be seen from Figures 12-13 that the fully assembled, decorative and thermally integrated installation structure also includes a plurality of cement-based artificial stone plate bodies with facings, the hanging through holes 31, 52 are worn with hanging screw rod 9. When assembling between the plate bodies (the nut end of the hanging screw 9 is located in the plate seam), the hanging screw 9 passes through the hanging through hole 31 on the mouth part 33 of the upper metal hanging bar A, the upper metal hanging The hanging through hole 52 of the bar B is fixed with the body of wall 13. At this time, a space with the thickness of the metal hanging bar A can be reserved between the nut end of the hanging screw rod 9 and the upper metal hanging bar A; One plate, the outer end side of the metal hanging bar A under the other plate is provided with a notch 32 hanging through hole buckle or hooked on the hanging screw 9 that reserves the thickness space of the metal hanging bar A, and finally can be adjusted The tool adjusts the hanging screw 9 in the wide seam, thereby adjusting the flatness between the plates. The hanging screw rod 9 is covered with a heat insulator to make it break the bridge.

The hanging through holes of the metal hanger A on the board body and the lower metal hanger A of the other board body can be arranged coaxially, which can ensure the flatness between the boards when the boards are installed, so that there will be no unevenness. According to the above-mentioned installation method, the board body 1 is fixed on the outside or inside of the wall in sequence.

A sleeve 11 can also be nested on the hanging screw 9 between the metal hanging bar A3 and the metal hanging bar B5. The sleeve 11 can prevent buckling or hooking errors between the plate bodies, and can also prevent when the plates are installed. Lean inward.

Embodiment four:

It can be seen from Fig. 8 that the difference from the second embodiment is that the upper metal hanging bar A located on the upper part of the plate body 1 and the lower metal hanging bar A located on the lower part of the material body 1 are arranged on one side toward the direction of the metal hanging bar B5. There is a notch portion 33 formed by bending.

It can be further seen from Figure 16 that when the plate bodies are assembled (the adjustment tool can pass through the plate seam), the hanging screw 9 passes through the hanging through hole 31 on the upper end mouth part 33 of the upper metal hanging bar A3, and the upper metal hanging bar A3 in turn. When the hanging through hole of the hanging bar B5 is fixed to the wall 13, a space with the thickness of the metal hanging bar A3 will be reserved between the nut end of the hanging screw 9 and the upper metal hanging bar A3, and then the space is installed above it. Another plate, the lower end side of the metal hanging bar A3 under the other plate is provided with the hanging through-hole buckle of the gap 32 or hooked on the hanging screw 9 in the thickness space of the metal hanging bar A, which can be adjusted at last. The tool passes through the plate gap to adjust the hanging screw 9, thereby adjusting the flatness between the plates. The hanging screw rod 9 is covered with a heat insulator to make it break the bridge.

Embodiment 5: As can be seen from FIG. 9 , the difference from Embodiment 4 is that a whole metal hanging bar A3 is used to replace two metal hanging bars A, and both sides of the metal hanging bar A3 in the direction of the metal hanging bar B5 are provided with The notch portion 33 is formed by bending.

It can be seen from Figures 14-15 that the installation structure of fully assembled decoration and thermal insulation also includes a plurality of cement-based artificial stone plate bodies with facings, the hanging through holes 31, 52 is provided with a hanging screw rod 9, and the hanging through holes 31 and 52 of the metal hanging bar A3 and the metal hanging bar B5 are provided with a hanging screw rod 9. When the hanging screw rod 9 passes through the hanging through hole 31 on the upper end of the upper metal hanging bar A and the hanging hole 31 of the upper metal hanging bar B and the wall body 13 and is fixed in turn, the nut of the hanging screw rod 9 is now fixed. A space with the thickness of the metal hanging bar A will be reserved between the end and the upper metal hanging bar A, and then another plate is installed above it, and the lower end side of the lower metal hanging bar A of the other plate is provided with a hanging through hole with a gap 32 Buckle or hook on the hanging screw 9 in the space reserved for the thickness of the metal hanging strip A to complete the assembly and installation. The hanging screw rod 9 is covered with a thermal insulator to make it thermally break the bridge.

A sleeve 11 can also be nested on the hanging screw 9 between the metal hanging bar A3 and the metal hanging bar B5. The sleeve 11 can prevent buckling or hooking errors between the plate bodies, and can also prevent when the plates are installed. Lean inward.

Among them, the most ideal state between the plates is: when the gap 32 provided on the side of the hanging through hole 31 on the metal hanging bar is set horizontally, the plates can be perfectly connected in series.

Embodiment six:

It can be seen from FIG. 17 that the difference from the second embodiment is that the board body 1 is an ultra-high-performance cement-based artificial stone board prepared with ultra-high performance, and the board body 1 is provided with a mesh 12 . A sound-insulating material layer 7 or a composite material layer composed of a heat-insulating material layer and a sound-insulating material layer is also provided between the metal hanging bar A3 and the metal hanging bar B5.

The fully assembled, decorative and thermally integrated installation structure also includes a plurality of cement-based artificial stone plate bodies with facings, and a hanging screw 9 covered with a thermal insulator. A sleeve 11 is sleeved on the hanging screw 9 between the metal hanging bar A3 and the metal hanging bar B5. If it is installed on a light-weight wall, the steel bar 16 needs to be fixed first, specifically: the steel bar 16 is fixed on the upper and lower ring beams of the light-weight wall by implanting expansion bolts 17, steel bars, etc. Then hanging screw rod 9 passes, hangs through hole 31, sleeve 11, the hanging through hole of metal hanging bar B on the metal hanging bar seam part 33, steel bar 16 through holes and light weight body of wall to fix. The installation structure between the boards is the same as the installation structure between the boards in the above embodiment. According to the above-mentioned installation method, the board body 1 can be fixed on the outside or inside of the lightweight wall in sequence.

In order to allow the vertical steel bar to stick to the wall more tightly, you can also choose to increase the horizontal steel bar on the vertically placed steel bar 16, and also directly intersperse the wall screw rod 18 in other through holes of the steel bar 16.

It will be apparent to those skilled in the art that the invention is not limited to the details of the above-described exemplary embodiments, but that the invention can be embodied in other specific forms without departing from the spirit or essential characteristics of the invention.

Accordingly, the embodiments should be regarded in all points of view as exemplary and not restrictive, the scope of the invention being defined by the appended claims rather than the foregoing description, and it is therefore intended that the scope of the invention be defined by the appended claims rather than by the foregoing description. All changes within the meaning and range of equivalents of the elements are embraced in the present invention. Any reference sign in a claim should not be construed as limiting the claim concerned.

In addition, it should be understood that although this specification is described according to implementation modes, not each implementation mode only includes an independent technical solution, and this description in the specification is only for clarity, and those skilled in the art should take the specification as a whole , the technical solutions in the various embodiments can also be properly combined to form other implementations that can be understood by those skilled in the art.

Claims (10)

1. The utility model provides a full assembly decorates heat preservation integration system, includes the cement-based artificial stone slab body of taking the veneer, nut (2) have been buried in slab body (1) back, the screw socket of nut (2) is located the back of slab body (1), its characterized in that: the utility model discloses a heat insulation plate, including nut (2), connecting screw (6), metal string strip A (3), heat preservation material layer (4), metal string strip B (5) are worn to be equipped with in the screw of nut (2), metal string strip A (3) and metal string strip B (5) clamp heat preservation material layer (4) in the middle, the outer end spiro union of connecting screw (6) has first gland nut (61) at heat preservation material layer (4) back with metal string strip B (5) suppression, the position that metal string strip A (3) and metal string strip B (5) are located the panel body (1) edge outside is equipped with and hangs dress through-hole (31, 52).

2. The fully assembled decorative and thermal insulation integrated system of claim 1, wherein: the metal hanging strip A (3) is bent towards one side of the direction of the metal hanging strip B (5) to form a stop part (33).

3. The fully assembled decorative and thermal insulation integrated system according to claim 1 or 2, wherein: the connecting screw (6) is screwed with a second compression nut (62) for pressing the metal hanging strip A (3).

4. The fully assembled decorative and thermal insulation integrated system according to claim 1 or 2, wherein: a sleeve (64) is arranged on the connecting screw rod (6) between the metal hanging strip A (3) and the metal hanging strip B (5) in a penetrating way.

5. The fully assembled decorative and thermal insulation integrated system according to claim 1 or 2, wherein: the side part of the hanging through hole of the metal hanging strip A (3) is provided with a notch (32).

6. The fully assembled decorative and thermal insulation integrated system according to claim 1 or 2, wherein: the connecting screw (6) is coated with a thermal insulator.

7. The fully assembled decorative and thermal insulation integrated system of claim 1, wherein: and a sound insulation material layer (7) is arranged between the metal hanging strip A (3) and the metal hanging strip B (5).

8. The fully assembled decorative and thermal insulation integrated system of claim 1, wherein: and hanging screw rods (9) are arranged in hanging through holes (31, 52) of the metal hanging strip A (3) and the metal hanging strip B (5) in a penetrating mode, and the main body of the hanging screw rods (9) is fixed with the wall body.

9. The fully assembled decorative and thermal insulation integrated system of claim 8, wherein: the hanging screw rod (9) is coated with a thermal insulator.

10. The fully assembled decorative and thermal insulation integrated system of claim 8, wherein: a sleeve (11) is sleeved on the hanging screw rod (9) between the metal hanging strip A (3) and the metal hanging strip B (5).

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