CN210530208U

CN210530208U - Heat-insulating composite wallboard

Info

Publication number: CN210530208U
Application number: CN201920848756.XU
Authority: CN
Inventors: 廖合堂; 罗伟坚
Original assignee: Foshan Olar Board Co ltd
Current assignee: Foshan Olar Board Co ltd
Priority date: 2019-06-05
Filing date: 2019-06-05
Publication date: 2020-05-15
Anticipated expiration: 2029-06-05

Abstract

The utility model relates to a heat-insulating composite wallboard, which comprises an inner aluminum alloy plate, an outer aluminum alloy plate, heat-insulating compressed cotton, a left short screw, a right short screw, a left long screw, a right long screw, a left covering strip and a right covering strip, wherein the inner aluminum alloy plate is provided with an embedded groove, a left positioning groove and a right positioning groove; the outer aluminum alloy plate is provided with a left embedded strip, a right embedded strip, a left hiding groove and a right hiding groove; the heat preservation compression cotton is embedded in the embedding groove, the left embedding strip is embedded in the left positioning groove, the right embedding strip is embedded in the right positioning groove, the left short screw is arranged in the left storing and accommodating groove and is in threaded connection with the inner aluminum alloy plate, the right short screw is arranged in the right storing and accommodating groove and is in threaded connection with the inner aluminum alloy plate, the left long screw is arranged in the left storing and accommodating groove, and the right long screw is arranged in the right storing and accommodating groove. The utility model discloses need not to dismantle original wallboard during the application, also need not professional personage, it installs very simple and convenient, and the cost that the user drops into is less, and its installation is also less to the influence of user's life.

Description

Heat-insulating composite wallboard

Technical Field

The utility model relates to a building board field, especially a heat preservation composite wall panel.

Background

At present, many walls do not have the heat preservation effect. In order to obtain the heat insulation effect of the walls, the wall panels on the existing walls are mostly replaced, and professional persons need to replace the wall panels. The mode of obtaining the heat preservation effect is very time-consuming and labor-consuming, and the required replacement cost is relatively high; and the replacement operation greatly affects the life of people, which brings much inconvenience to people.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to solve above-mentioned problem and not enough, provide a heat preservation composite wall panel, need not to dismantle original wallboard when this heat preservation composite wall panel uses, also need not the professional personage, it installs very simple and convenient, and the cost that the user drops into is less, and its installation is also less to the influence of user's life.

The technical scheme of the utility model is realized like this:

a heat-insulating composite wallboard is characterized by comprising an inner aluminum alloy plate, an outer aluminum alloy plate, heat-insulating compressed cotton, a left short screw, a right short screw, a left long screw, a right long screw, a left covering strip and a right covering strip, wherein the inner aluminum alloy plate is vertically arranged, left convex strips and right convex strips are respectively arranged on the left side and the right side of the front surface of the inner aluminum alloy plate, the left convex strips and the right convex strips are vertically arranged, an embedded groove is formed between the left convex strips and the right convex strips, a left positioning groove is formed in the front surface of the left convex strips and vertically extends, the left positioning groove also extends to the upper end face and the lower end face of the left convex strips, a left screw hole and a left through hole are respectively formed in the groove bottom of the left positioning groove, the left through hole penetrates through the rear surface of the inner aluminum alloy plate, a right positioning groove is formed in the front surface of the right convex strips and vertically extends to the right, the right positioning groove extends to the upper end face and the lower end face of the right raised line, a right screw hole and a right through hole are respectively formed in the bottom of the right positioning groove, and the right through hole penetrates through the rear surface of the inner aluminum alloy plate; the outer aluminum alloy plate is vertically arranged, a left embedding strip and a right embedding strip which are arranged side by side from left to right are arranged on the rear surface of the outer aluminum alloy plate, the left embedding strip and the right embedding strip are vertically arranged, a left storing groove and a right storing groove which are arranged side by side from left to right are formed in the front surface of the outer aluminum alloy plate, the left storing groove is a vertically arranged strip-shaped groove, the left storing groove extends to the upper end surface and the lower end surface of the outer aluminum alloy plate, the left storing groove is positioned right in front of the left embedding strip, a left abdicating hole and a left through hole are respectively formed in the groove bottom of the left storing groove, the left abdicating hole penetrates to the rear surface of the left embedding strip, the left through hole penetrates to the rear surface of the left embedding strip, the right storing groove is a vertically arranged strip-shaped groove, the right storing groove extends to the upper end surface and the lower end surface of the outer aluminum alloy plate, and the right storing groove is positioned right in front of the right embedding strip, the bottom of the right storage groove is respectively provided with a right abdicating hole and a right through hole, the right abdicating hole penetrates through the rear surface of the right embedded strip, and the right through hole penetrates through the rear surface of the right embedded strip; the heat-preservation compressed cotton is embedded in the embedded groove, the outer aluminum alloy plate is arranged on the front side of the inner aluminum alloy plate and is tightly pressed on the heat-preservation compressed cotton, the left embedded strip is embedded in the left positioning groove and is in butt joint communication with the left perforation, the left through hole is in butt joint communication with the left screw hole, the right embedded strip is embedded in the right positioning groove and is in butt joint communication with the right perforation, the right through hole is in butt joint communication with the right screw hole, the left short screw is arranged in the left storage groove and is in threaded connection with the left screw hole after passing through the left through hole, the right short screw is arranged in the right storage groove and is in threaded connection with the right screw hole after passing through the right through hole, the left long screw is arranged in the left storage groove and is arranged on the rear side of the inner aluminum alloy plate after sequentially passing through the left through hole and the left perforation, the right long screw is arranged in hiding the groove on the right side to make the one end of right long screw pass in proper order the right side hole of stepping down, the right side perforate the back side as to interior aluminum alloy plate, a left side covers the strip lid and puts on hiding the groove on a left side, the right side covers the strip lid and puts on hiding the groove on the right side.

The utility model has the advantages that: through the arrangement of the heat insulation compression cotton, the heat insulation performance of the heat insulation composite wallboard can be effectively improved, and the applicability of the heat insulation composite wallboard is improved. By pressing the outer aluminum alloy plate tightly on the heat-insulating compressed cotton, the reliability of the installation and the positioning of the heat-insulating compressed cotton is improved. Through making the left side inlay the dress strip and inlay the dress in left constant head tank, the right side inlays the dress strip and inlays the dress in right constant head tank, this accuracy and the reliability that helps improving outer aluminum alloy plate and interior aluminum alloy plate equipment to help improving the reliability of heat preservation composite wall panel. Because outer aluminum alloy plate and interior aluminum alloy plate realize locking through left short screw, right short screw, just so can make outer aluminum alloy plate and interior aluminum alloy plate realize detachably and be connected, can convenience of customers like this keep warm the compression cotton with trade and maintain, this suitability that helps improving heat preservation composite wall panel. Because the heat-insulating composite wallboard is provided with the left long screw and the right long screw, and one end of the left long screw and one end of the right long screw penetrate through the rear side of the internal aluminum alloy plate, the heat-insulating composite wallboard can be fixed on a wall needing heat insulation through the left long screw and the right long screw; by adopting the design, the original wallboard does not need to be disassembled, the installation is very simple and convenient, the user can finish the operation by himself without hiring professionals, the cost input by the user is reduced, and the influence of the installation process of the heat-insulation composite wallboard on the life of the user is small. Through the left side cover strip and the right side cover the setting of strip, can hide to a left side and receive the groove and hide to receive the groove with the right side and play fine shielding effect, this not only can play the effect of shielding the protection to the screw, can also prevent that the aesthetic property of heat preservation composite wall panel from receiving the influence.

Drawings

Fig. 1 is a schematic structural view of the main viewing direction of the present invention.

Fig. 2 is a schematic structural view of the section a-a in fig. 1 according to the present invention.

Fig. 3 is a schematic structural view of a section B-B in fig. 1 according to the present invention.

Fig. 4 is one of the schematic diagrams of the split structure of the present invention.

Fig. 5 is a second schematic view of the split structure of the present invention.

Detailed Description

It should be noted that all the directional indicators (such as left, right, front, and rear … …) in the embodiments of the present invention are only used to explain the relative position between the components in a specific posture (as shown in the drawings), and if the specific posture is changed, the directional indicator is changed accordingly.

As shown in fig. 1 to 3, the heat-insulating composite wall panel of the present invention comprises an inner aluminum alloy plate 1, an outer aluminum alloy plate 2, heat-insulating compressed cotton 3, a left short screw 4, a right short screw 5, a left long screw 6, a right long screw 7, a left covering strip 8, and a right covering strip 9, wherein, as shown in fig. 4 and 5, the inner aluminum alloy plate 1 is vertically arranged, a left protruding strip 11 and a right protruding strip 12 are respectively disposed on left and right sides of a front surface of the inner aluminum alloy plate 1, the left protruding strip 11 and the right protruding strip 12 are both vertically arranged, an embedded groove 10 is formed between the left protruding strip 11 and the right protruding strip 12, a left positioning groove 111 is disposed on a front surface of the left protruding strip 11, the left positioning groove 111 vertically extends, the left positioning groove 111 extends to upper and lower end surfaces of the left protruding strip 11, a left screw hole 112 and a left through hole 113 are disposed on a bottom of the left positioning groove 111, enabling the left through hole 113 to penetrate through the rear surface of the inner aluminum alloy plate 1, enabling a right positioning groove 121 to be formed in the front surface of the right protruding strip 12, enabling the right positioning groove 121 to vertically extend, enabling the right positioning groove 121 to extend to the upper end face and the lower end face of the right protruding strip 12, enabling a right screw hole 122 and a right through hole 123 to be formed in the bottom of the right positioning groove 121 respectively, and enabling the right through hole 123 to penetrate through the rear surface of the inner aluminum alloy plate 1; as shown in fig. 4 and 5, the outer aluminum alloy plate 2 is vertically disposed, the rear surface of the outer aluminum alloy plate 2 is provided with a left embedding strip 21 and a right embedding strip 22 which are disposed side by side from left to right, and the left embedding strip 21 and the right embedding strip 22 are both vertically disposed, the front surface of the outer aluminum alloy plate 2 is provided with a left storing groove 23 and a right storing groove 24 which are disposed side by side from left to right, the left storing groove 23 is a vertically disposed strip groove, and the left storing groove 23 extends to the upper and lower end surfaces of the outer aluminum alloy plate 2, the left storing groove 23 is positioned right in front of the left embedding strip 21, the bottom of the left storing groove 23 is respectively provided with a left abdicating hole 231 and a left through hole 232, and the left abdicating hole 231 extends to the rear surface of the left embedding strip 21, the left through hole 232 extends to the rear surface of the left embedding strip 21, the right storing groove 24 is a vertically disposed strip groove, the right storage groove 24 extends to the upper end surface and the lower end surface of the outer aluminum alloy plate 2, the right storage groove 24 is positioned right ahead of the right embedded strip 22, the bottom of the right storage groove 24 is respectively provided with a right abdicating hole 241 and a right through hole 242, the right abdicating hole 241 penetrates through the rear surface of the right embedded strip 22, and the right through hole 242 penetrates through the rear surface of the right embedded strip 22; as shown in fig. 1 to 3, the heat-insulating compressed cotton 3 is embedded in the embedding groove 10, the outer aluminum alloy plate 2 is arranged at the front side of the inner aluminum alloy plate 1, and the outer aluminum alloy plate 2 is tightly pressed on the heat-insulating compressed cotton 3, the left embedding strip 21 is embedded in the left positioning groove 111, and the left abdicating hole 231 is butted and communicated with the left through hole 113, and the left through hole 232 is butted and communicated with the left screw hole 112, the right embedding strip 22 is embedded in the right positioning groove 121, and the right abdicating hole 241 is butted and communicated with the right through hole 123, and the right through hole 242 is butted and communicated with the right screw hole 122, the left short screw 4 is arranged in the left accommodating groove 23, and one end of the left short screw 4 is screwed on the left screw hole 112 after passing through the left through hole 232, the right short screw 5 is arranged in the right accommodating groove 24, and one end of the right short screw 5 is screwed on the right screw hole 122 after passing through the right through hole 242, the left long screw 6 is arranged in the left accommodating groove 23, and make the one end of left long screw 6 pass left hole 231 of stepping down in proper order, punch 113 back and so as to the rear side of interior aluminum alloy plate 1 on a left side, right long screw 7 arranges and conceals the groove 24 in hiding on the right side to make the one end of right long screw 7 pass right hole 241, punch 123 back in proper order and so as to the rear side of interior aluminum alloy plate 1 on the right side, cover a left side and cover strip 8 and put and hide on groove 23 on a left side, cover strip 9 on the right side and cover and put and conceive on groove 24 on the right side. Through the setting of heat preservation compression cotton 3, can improve the thermal insulation performance of heat preservation composite wall board effectively to help improving the suitability of heat preservation composite wall board. By pressing the outer aluminum alloy plate 2 tightly on the heat-insulating compressed cotton 3, the reliability of the installation and positioning of the heat-insulating compressed cotton 3 is improved. Through making left inlay dress strip 21 inlay and adorn in left constant head tank 111, right inlay dress strip 22 inlay and adorn in right constant head tank 121, this accuracy and the reliability that helps improving outer aluminum alloy plate 2 and interior aluminum alloy plate 1 equipment to help improving the reliability of heat preservation composite wall board. Because outer aluminium alloy plate 2 and interior aluminium alloy plate 1 realize the locking through left short screw 4, right short screw 5, just so can make outer aluminium alloy plate 2 and interior aluminium alloy plate 1 realize detachably to be connected, can convenience of customers carry out with changing the maintenance to heat preservation compression cotton 3 like this, this suitability that helps improving heat preservation composite wall panel. Because the heat-insulating composite wallboard is provided with the left long screw 6 and the right long screw 7, and one end of the left long screw 6 and one end of the right long screw 7 are both arranged at the rear side of the internal aluminum alloy plate 1 in a penetrating way, the heat-insulating composite wallboard can be fixed on a wall needing heat insulation through the left long screw 6 and the right long screw 7; by adopting the design, the original wallboard does not need to be disassembled, the installation is very simple and convenient, the user can finish the operation by himself without hiring professionals, the cost input by the user is reduced, and the influence of the installation process of the heat-insulation composite wallboard on the life of the user is small. Cover through a left side and cover strip 8 and the right side and cover the setting of strip 9, can hide to a left side and receive groove 23 and the right side and hide and receive groove 24 and play fine shielding effect, this not only can play the effect of shielding the protection to the screw, can also prevent that the aesthetic property of heat preservation composite wall panel from receiving the influence.

In the actual manufacturing process, can add left long screw 6, right long screw 7, left short screw 4, right short screw 5 on heat preservation composite wall panel as required, when addding the screw, just set up the hole of corresponding quantity on interior aluminum alloy plate 1 and outer aluminum alloy plate 2.

The left convex strip 11, the right convex strip 12 and the inner aluminum alloy plate 1 are of an integral structure and are made of aluminum profiles.

The left embedding strip 21, the right embedding strip 22 and the outer aluminum alloy plate 2 are of an integral structure and are made of aluminum profiles.

Heat insulation rubber layers are arranged on the groove bottom and the groove wall of the left positioning groove 111, and heat insulation rubber layers are also arranged on the groove bottom and the groove wall of the right positioning groove 121; therefore, the purpose of separating the outer aluminum alloy plate 2 from the inner aluminum alloy plate 1 can be achieved, and the heat insulation performance of the heat insulation composite wall board is further enhanced.

The heat-insulating composite wallboard is of a square plate body structure, and the side length of the heat-insulating composite wallboard is 500-800 mm. The left convex strip 11 and the right convex strip 12 are the same in width, and the width of the left convex strip and the width of the right convex strip are 30-50 mm. The thickness of the heat-preservation compressed cotton 3 is 50 mm-80 mm.

The groove bottoms of the left positioning groove 111 and the right positioning groove 121 are provided with thickening layers so as to increase the number of the threads of the left screw hole 112 and the number of the threads of the right screw hole 122, which is beneficial to improving the reliability of screw connection, and is beneficial to improving the reliability of the heat-insulating composite wallboard.

The heat-insulation composite wallboard can be conveniently added on the existing wall without heat-insulation effect, has the advantages of convenience in installation, high reliability and the like, does not need to carry out any treatment on the original wall, and has very strong applicability.

The heat-insulating composite wallboard can be applied to houses such as prefabricated houses or wooden houses.

Claims

1. The utility model provides a heat preservation composite wall panel which characterized in that: comprises an inner aluminum alloy plate (1), an outer aluminum alloy plate (2), heat-preservation compressed cotton (3), a left short screw (4), a right short screw (5), a left long screw (6), a right long screw (7), a left covering strip (8) and a right covering strip (9), wherein the inner aluminum alloy plate (1) is vertically arranged, a left convex strip (11) and a right convex strip (12) are respectively arranged on the left side and the right side of the front surface of the inner aluminum alloy plate (1), the left convex strip (11) and the right convex strip (12) are vertically arranged, an embedded groove (10) is formed between the left convex strip (11) and the right convex strip (12), a left positioning groove (111) is arranged on the front surface of the left convex strip (11), the left positioning groove (111) is vertically extended, the left positioning groove (111) is extended to the upper end surface and the lower end surface of the left convex strip (11), a left screw hole (112) and a left perforation (113) are respectively arranged at the bottom of the left positioning groove (, a left through hole (113) penetrates through the rear surface of the inner aluminum alloy plate (1), a right positioning groove (121) is formed in the front surface of the right raised line (12), the right positioning groove (121) extends vertically, the right positioning groove (121) extends to the upper end face and the lower end face of the right raised line (12), a right screw hole (122) and a right through hole (123) are respectively formed in the bottom of the right positioning groove (121), and the right through hole (123) penetrates through the rear surface of the inner aluminum alloy plate (1); the outer aluminum alloy plate (2) is vertically arranged, a left embedding strip (21) and a right embedding strip (22) which are arranged side by side from left to right are arranged on the rear surface of the outer aluminum alloy plate (2), the left embedding strip (21) and the right embedding strip (22) are vertically arranged, a left storing groove (23) and a right storing groove (24) which are arranged side by side from left to right are arranged on the front surface of the outer aluminum alloy plate (2), the left storing groove (23) is a vertically arranged strip groove, the left storing groove (23) extends to the upper end surface and the lower end surface of the outer aluminum alloy plate (2), the left storing groove (23) is positioned right ahead of the left embedding strip (21), a left yielding hole (231) and a left through hole (232) are respectively arranged at the bottom of the left storing groove (23), and the left yielding hole (231) is made to penetrate to the rear surface of the left embedding strip (21), and the left through hole (232) penetrates to the upper surface of the left embedding strip (21), the right storage containing groove (24) is a vertically arranged strip-shaped groove, the right storage containing groove (24) extends to the upper end face and the lower end face of the outer aluminum alloy plate (2), the right storage containing groove (24) is positioned right ahead of the right embedded strip (22), a right abdicating hole (241) and a right through hole (242) are respectively formed in the bottom of the right storage containing groove (24), the right abdicating hole (241) penetrates through the rear surface of the right embedded strip (22), and the right through hole (242) penetrates through the rear surface of the right embedded strip (22); the heat preservation compression cotton (3) is embedded in the embedded groove (10), the front side of the inner aluminum alloy plate (1) is arranged on the outer aluminum alloy plate (2), the outer aluminum alloy plate (2) is tightly pressed on the heat preservation compression cotton (3), the left embedded strip (21) is embedded in the left positioning groove (111), the left abdicating hole (231) is communicated with the left through hole (113) in an abutting mode, the left through hole (232) is communicated with the left screw hole (112) in an abutting mode, the right embedded strip (22) is embedded in the right positioning groove (121), the right abdicating hole (241) is communicated with the right through hole (123) in an abutting mode, the right through hole (242) is communicated with the right screw hole (122) in an abutting mode, the left short screw (4) is arranged in the left accommodating groove (23) in a left mode, one end of the left short screw (4) penetrates through the left through hole (232) and is screwed on the left screw hole (112), and the right short screw (5) is arranged in the right accommodating groove (24), and make the one end of right short screw (5) pass right through-hole (242) back spiro union on right screw (122), left side long screw (6) are arranged and are hidden in the left side and accomodate groove (23) to make the one end of left long screw (6) pass left side in proper order and abdicate hole (231), left side and perforate (113) the rear side as for interior aluminum alloy plate (1) in proper order, right side long screw (7) are arranged and are hidden in groove (24) in the right side, and make the one end of right long screw (7) pass right side in proper order and abdicate hole (241), right side and perforate (123) the rear side as for interior aluminum alloy plate (1), left side is covered covering strip (8) and is covered and is hidden and accomodate groove (23) in the left side, right side is covered and is hidden and accomodate groove (24) in the right side.