CN219153253U

CN219153253U - Integrated mould for decoration and heat preservation structure

Info

Publication number: CN219153253U
Application number: CN202222519176.0U
Authority: CN
Inventors: 万群
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-09-15
Filing date: 2022-09-15
Publication date: 2023-06-09
Anticipated expiration: 2032-09-15

Abstract

The utility model provides an integrated die for a decoration and heat preservation structure, which comprises a box body, a component partition plate and a pressing plate, wherein positioning clamping strips are longitudinally arranged on two opposite sides in the box body, spring hooks are arranged at the outer edges of the two opposite sides of the box body, the component partition plate is inserted along the positioning clamping strips, the pressing plate is arranged on the component partition plate, the two ends of the pressing plate are fixed by the spring hooks, the component partition plate is a decoration panel assembly, the decoration and heat preservation structure integrated wall building material can be produced, the product integrates wall decoration, heat preservation and structure into a whole, the synchronous completion of wall masonry, heat preservation and decoration is realized, the heavy procedures of wall mortar hanging, decoration and the like are reduced, the heat preservation and decoration work of an outer wall is completed by a factory, the standardized production of the factory is realized, the influence of site construction environment is avoided, the product quality is stable and reliable, the human hurt accidents caused by the falling of empty drums of wall decoration materials in the prior art are avoided, the cost is saved, and the construction period is greatly shortened.

Description

Integrated mould for decoration and heat preservation structure

Technical Field

The utility model relates to the field of building materials, in particular to an integrated mould for a decorative heat-insulating structure, which is made of building materials.

Background

At present, the wall building materials mainly comprise: 1. the block or plate without heat preservation performance is used for building, the mortar protection layer is required to be smeared on the outer wall surface, then the heat preservation layer is pasted, then the wall surface is decorated, such as ceramic tile, marble, cultural stone, mosaic or artificial stone, and the like, and the self-heat preservation block or plate is used for building the wall body, so that the construction of pasting the heat preservation layer is omitted.

The wall building material has the products of insulation construction integration: self preservation temperature building block, heat preservation wallboard etc., wall building materials have the product of decorating heat preservation integration and have: the decoration and heat preservation integrated plate is mainly used for pasting decoration on the outer wall surface, and the self-heat preservation building blocks comprise concrete composite self-heat preservation building blocks and homogeneous material self-heat preservation building blocks, so that an automatic production line is formed.

After the self-heat-preservation building block is used for building the wall body, wall plastering construction and wall decoration construction are needed, labor intensity is high, pollution to the environment is easy to generate, if construction is improper, the outer wall decoration plate is easy to fall off, large potential safety hazards exist, the time is long, the phenomenon that the decoration surface frequently falls off due to hollowness is caused, and people injury accidents caused by the phenomenon are numerous each year.

The external wall heat preservation and decoration construction not only affects the environment, can cause certain pollution to the environment, but also has certain danger in high-altitude operation, and when the wall body is built, how to omit heat preservation and decoration construction, the heat preservation and decoration are put into a factory to be completed, and the integrated production of the decoration heat preservation structure is realized, so that the occurrence of the conditions can be effectively avoided, the construction speed is accelerated, the construction period is shortened, and further research and exploration are needed.

Disclosure of Invention

The utility model provides an integrated mould for a decorative heat-insulating structure, which can solve the defects.

The utility model aims to realize the integration of decoration, heat preservation and structure of wall building materials, omits heavy site construction, and puts the heat preservation and decoration work of an outer wall into a factory to finish the work.

In order to achieve the above purpose, the present utility model adopts the following technical scheme:

the utility model provides an integrated die for a decorative heat-insulating structure, which is characterized in that: the integrated die comprises a box body, component partition boards and pressing boards, wherein positioning clamping strips are longitudinally arranged on two opposite sides of the box body, spring hooks are arranged at the outer edges of the two opposite sides of the box body, the component partition boards are inserted along the positioning clamping strips, the pressing boards are placed on the component partition boards, the two ends of the pressing boards are fixed by the spring hooks, and the component partition boards are decoration panel assemblies.

The assembly partition board comprises the following structures: assembly separator a, assembly separator b, assembly separator c, and assembly separator d.

The assembly partition board a comprises a decoration panel, a heat preservation layer and a protection film, wherein the protection film is arranged outside the surface of the decoration panel, the heat preservation layer is arranged on the back surface of the decoration panel, the back surface of the decoration panel is adhered to the contact surface of the heat preservation layer, a connecting piece on the decoration panel penetrates through the heat preservation layer through hole to be connected, and the heat preservation layer can be omitted from the assembly partition board a.

The assembly partition board b comprises decoration panels, protection pads and sealing adhesive tapes, the structure is that the two decoration panel panels are opposite, the protection pads are clamped in the middle, the gaps between the two decoration panels and the protection pads are sealed by the sealing adhesive tapes, and the assembly partition board a can also omit the protection pads.

The assembly partition board c comprises decoration panels, protection pads, heat preservation layers and sealing adhesive tapes, the structure is that two decoration panel boards are opposite in surface, the protection pads are clamped in the middle, the gaps between the two decoration panels and the protection pads are sealed by the sealing adhesive tapes, the heat preservation layers are arranged on the backs of the decoration panels, the backs of the decoration panels are bonded with the contact surfaces of the heat preservation layers, and connecting pieces on the decoration panels penetrate through holes of the heat preservation layers to be connected.

The assembly partition board d comprises a decoration panel, a die pad and a sealing adhesive tape, wherein the die pad is arranged outside the panel surface of the decoration panel, the die pads of the two decoration panels are opposite, and the gap between the die pads of the two decoration panels is sealed by the sealing adhesive tape.

The back of the decorative panel can be provided with convex-concave textures for reinforcing connection, the back of the decorative panel is provided with connecting pieces, and the connecting pieces do not penetrate through and penetrate into the decorative panel by about 2/3 of the depth.

The surface of the heat preservation layer can be provided with convex-concave textures for reinforcing connection, and the heat preservation layer main body is provided with through holes.

The beneficial effects of the utility model are as follows: the integrated mold for the decoration and heat preservation structure can produce integrated wall building materials for the decoration and heat preservation structure, integrates wall decoration, heat preservation and structure, realizes synchronous completion of wall masonry, heat preservation and decoration, reduces heavy procedures such as wall mortar hanging and decoration, completes heat preservation and decoration work of an outer wall by factories, realizes factory standardized production, is not influenced by site construction environment, has stable and reliable product quality, avoids human injury accidents caused by hollowing and falling of wall decoration materials in the prior art, reduces environmental pollution, saves cost, quickens construction speed and greatly shortens construction period.

Drawings

FIG. 1 is a diagram of an integrated mold according to the present utility model.

Fig. 2 is an assembly view of the integrated mold for the assembly partition plate a of the present utility model.

Fig. 3 is an assembly view of the integrated mold of the component spacer c of the present utility model.

Fig. 4 is an assembly view of the integrated mold of the component spacer b or d of the present utility model.

Fig. 5 is a view showing the construction of the partition board a of the assembly of the present utility model.

Fig. 6 is a block diagram of the assembly bulkhead b of the present utility model.

Fig. 7 is a view showing the construction of the partition board c of the assembly of the present utility model.

Fig. 8 is a structural view of the assembly separator d of the present utility model.

Fig. 9 is a structural view of the decoration panel of the present utility model.

FIG. 10 is a block diagram of an insulating layer according to the present utility model.

Fig. 11 is an exploded view of the integrated die blank of the assembly baffle a of the present utility model after cutting.

Fig. 12 is an exploded view of the integrated die blank of the separator c assembly of the present utility model after cutting.

The figure shows:

1. the integrated die comprises an integrated die, 11, a box body, 111, positioning clamping strips, 112, a spring hook, 12, a component partition plate, 121, a decoration panel, 1211, a connecting piece, 122, a protection pad, 123, an insulating layer, 1231, an insulating layer main body, 1232, a through hole, 124, a sealing adhesive tape, 125, a protection film, 126, a die pad, 13, a pressing plate, 2, a blank body, 3, an integrated building body and 4, a cutting line.

Detailed Description

The following detailed description of the device, taken in conjunction with the accompanying drawings, illustrates the utility model and is not intended to limit the utility model.

In fig. 1, fig. 2, fig. 3 and fig. 4, the integrated mold 1 of the decorative insulation structure provided by the utility model comprises a box body 11, a component partition board 12 and a pressing board 13, wherein positioning clamping strips 111 are longitudinally arranged on opposite sides of the box body 11, spring hooks 112 are arranged at the outer edges of opposite sides of the box body 11, the component partition board 12 is inserted along the positioning clamping strips 111, the pressing board 13 is arranged on the component partition board 12, two ends of the pressing board 13 are fixed by the spring hooks 112, and the component partition board comprises: the assembly partition board a, the assembly partition board b, the assembly partition board c and the assembly partition board d are identical in appearance with the assembly drawing of the integrated die of the assembly partition board b and the assembly partition board d.

In fig. 5, the assembly partition 12 is an assembly partition a, and includes a decoration panel 121, an insulation layer 123 and a protection film 125, where the structure is that the protection film 125 is arranged outside the surface of the decoration panel 121, the insulation layer 123 is arranged on the back of the decoration panel 121, the back of the decoration panel 121 is adhered to the contact surface of the insulation layer 123, a connecting piece 1211 on the decoration panel 121 passes through a through hole 1232 of the insulation layer 123 to be connected, and the insulation layer can be omitted from the assembly partition a.

In fig. 6, the assembly separator 12 is an assembly separator b, and includes a decoration panel 121, a protection pad 122 and a sealing adhesive tape 124, and the structure is that the two decoration panels 121 are opposite in surface, the protection pad 122 is sandwiched between the two decoration panels 121, and the gap between the two decoration panels 121 and the protection pad 122 is sealed by the sealing adhesive tape 124, and the assembly separator a can also omit the protection pad.

In fig. 7, the assembly separator 12 is an assembly separator c, and comprises decoration panels 121, a protection pad 122, an insulation layer 123 and a sealing adhesive tape 124, wherein the structure is that the two decoration panels 121 are opposite in surface, the protection pad 122 is clamped between the two decoration panels 121 and the protection pad 122, the gap between the two decoration panels 121 and the protection pad 122 is sealed by the sealing adhesive tape 124, the insulation layer 123 is arranged on the back surface of the decoration panel 121, the contact surface of the insulation layer 123 and the back surface of the decoration panel 121 are adhered, and a connecting piece 1211 on the decoration panel 121 penetrates through a through hole 1232 of the insulation layer 123 to be connected.

In fig. 8, the assembly separator 12 is an assembly separator d, and includes a decoration panel 121, a die pad 126 and a sealing tape 124, wherein the die pad 126 is arranged outside the surface of the decoration panel 121, the die pads 126 of the two decoration panels 121 are opposite, and the gap between the die pads 126 of the two decoration panels 121 is sealed by the sealing tape 124.

In fig. 9, the back of the decorative panel 121 may be provided with convex-concave textures for reinforcing connection, the back of the decorative panel 121 is provided with a connecting piece 1211, and the connecting piece is not penetrated and penetrates into the decorative panel by about 2/3 of depth.

In fig. 10, the surface of the insulating layer 123 may be provided with a convex-concave texture for reinforcing connection, and the insulating layer body 1231 is provided with a through hole 1232.

In application, the stirred slurry is poured into an integral mold material lattice, the integral mold is conveyed to a curing area for curing after pouring, the mold is pulled out after curing is finished, a green body is conveyed to a cutting procedure, packaging and stacking are carried out after cutting molding, fig. 11 is a schematic diagram of the integral building body 3 after the component partition plate a integral mold green body 2 is cut along a tangent line 4, and fig. 12 is a schematic diagram of the integral building body 3 after the component partition plate c integral mold green body 2 is cut along the tangent line 4.

Claims

1. An integrated mould for a decorative heat-insulating structure, which is characterized in that: the integrated die comprises a box body, component partition boards and pressing boards, wherein positioning clamping strips are longitudinally arranged on two opposite sides of the box body, spring hooks are arranged at the outer edges of the two opposite sides of the box body, the component partition boards are inserted along the positioning clamping strips, the pressing boards are placed on the component partition boards, the two ends of the pressing boards are fixed by the spring hooks, and the component partition boards are decoration panel assemblies.

2. The integrated mold for the decorative and thermal insulation structure according to claim 1, wherein the integrated mold is characterized in that: the assembly partition board comprises the following structures: assembly separator a, assembly separator b, assembly separator c, and assembly separator d.

3. The integrated mold for the decorative and thermal insulation structure according to claim 2, wherein the integrated mold is characterized in that: the assembly partition board a comprises a decoration panel, a heat preservation layer and a protection film, wherein the protection film is arranged outside the surface of the decoration panel, the heat preservation layer is arranged on the back surface of the decoration panel, the back surface of the decoration panel is adhered to the contact surface of the heat preservation layer, a connecting piece on the decoration panel penetrates through the heat preservation layer through hole to be connected, and the heat preservation layer can be omitted from the assembly partition board a.

4. The integrated mold for the decorative and thermal insulation structure according to claim 2, wherein the integrated mold is characterized in that: the assembly partition board b comprises decoration panels, protection pads and sealing adhesive tapes, the structure is that the two decoration panel panels are opposite, the protection pads are clamped in the middle, the gaps between the two decoration panels and the protection pads are sealed by the sealing adhesive tapes, and the assembly partition board a can also omit the protection pads.

5. The integrated mold for the decorative and thermal insulation structure according to claim 2, wherein the integrated mold is characterized in that: the assembly partition board c comprises decoration panels, protection pads, heat preservation layers and sealing adhesive tapes, the structure is that two decoration panel boards are opposite in surface, the protection pads are clamped in the middle, the gaps between the two decoration panels and the protection pads are sealed by the sealing adhesive tapes, the heat preservation layers are arranged on the backs of the decoration panels, the backs of the decoration panels are bonded with the contact surfaces of the heat preservation layers, and connecting pieces on the decoration panels penetrate through holes of the heat preservation layers to be connected.

6. The integrated mold for the decorative and thermal insulation structure according to claim 2, wherein the integrated mold is characterized in that: the assembly partition board d comprises a decoration panel, a die pad and a sealing adhesive tape, wherein the die pad is arranged outside the panel surface of the decoration panel, the die pads of the two decoration panels are opposite, and the gap between the die pads of the two decoration panels is sealed by the sealing adhesive tape.

7. The integrated mold for the decorative and thermal insulation structure according to claim 3, 4, 5 or 6, wherein the integrated mold is characterized in that: the back of the decorative panel can be provided with convex-concave textures for reinforcing connection, the back of the decorative panel is provided with connecting pieces, and the connecting pieces do not penetrate through and penetrate into the decorative panel by about 2/3 of the depth.

8. The integrated mold for the decorative and thermal insulation structure according to claim 3 or 5, wherein the integrated mold is characterized in that: convex-concave textures can be arranged on the surface of the heat preservation layer, and through holes are formed in the heat preservation layer main body.