CN207582800U - A kind of battenboard - Google Patents
A kind of battenboard Download PDFInfo
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- CN207582800U CN207582800U CN201720235795.3U CN201720235795U CN207582800U CN 207582800 U CN207582800 U CN 207582800U CN 201720235795 U CN201720235795 U CN 201720235795U CN 207582800 U CN207582800 U CN 207582800U
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- extruded sheet
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- root nodule
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Abstract
The utility model discloses a kind of battenboards, including panel and extruded sheet, panel is two pieces, it is connected by adhesive integral between panel and extruded sheet, is provided with pothole on the surface of extruded sheet, it is characterised in that pothole is the big root nodule construction of the small indent of opening, adhesive enters in root nodule construction after hardening, inline configuration is formed, the periphery of extruded sheet is provided with protective construction, has fixing piece to connect panel at its protective construction with extruded sheet.Compared to the prior art, the extruded sheet and panel of the utility model battenboard pass through the outer small inner big dotted connection of embedded anchoring structure, extruded sheet is combined more secured with panel, and it is more uniformly stressed, extruded sheet more can effectively be overcome to deform warping phenomenon, the adhesive strength of extruded sheet and panel can be effectively improved, while there is excellent heat preservation, fire prevention, tension and anti-pressure ability and higher construction efficiency etc..
Description
(1) technical field
The utility model is related to a kind of building materials more particularly to a kind of battenboards.
(2) background technology
Extruded sheet has excellent heat insulation property (thermal conductivity factor only about 0.028W/MK), remarkable High-strength compression resistant
Property (compression strength reaches 150~more than 700KPa), excellent hydrophobic moisture resistance, (normal use is almost without aging for ageing resistance
Decomposing phenomenon), the advantages that light and environmental protection and energy saving, it is widely used in building roofing heat preservation, steel structural roof, building
Wall thermal insulating, constructure ground moisturizing, square ground, ground frost heave controlling, ventilating duct of central air conditioner etc., extruded sheet and
Two pieces of panels are used in combination to form battenboard.
However, there are easily produced in problems, such as the abutment joint of plate and plate in use for common extruded sheet
Straight joint is given birth to, is referred to as cold item in engineering, integral heat insulation performance is caused to be not easy up to standard, be not easy to reach B1 grades of fire retardant properties of product, meet
Easily burn during open fire, bury fire hazard etc., particularly, common battenboard because extruded sheet plate face it is smooth, extruded sheet with
Cementability between panel is limited, and the adhesive strength of extruded sheet and panel is not easy (adhesive strength answers >=0.15MPa) up to standard.
To improve adhesive strength, it usually needs peeling processing is carried out to extruded sheet, not only labor intensity is big for peeling processing, and
And the careless slightly performance that can be hurt inside extruded sheet, damage extruded sheet during removing the peel.In addition, in the construction process, lead to
It will often take measures to carry out consolidation process to extruded sheet, method is that extruded sheet is sticked to exterior wall and then in every piece of extrusion molding
It throws 1-2 on plate into and gos deep into the plastics holdfasts of wall and reinforced, material of not only taking a lot of work, reliability also applying because of construction personnel
Working medium amount is uneven and is severely impacted, however it remains panel and the engineering defects such as comes off, jeopardizes personal safety as well as the property safety.
Therefore, it has been to be badly in need of to study a kind of extruded sheet with the stronger novel clamp core plate of panel cementability.
(3) utility model content
In view of the deficiencies of the prior art, the utility model provides a kind of battenboard, it can effectively solve extruded sheet and panel
The problems such as adhesive strength is not up to standard, and heat preservation and fire protecting performance be not up to standard, and with simple in structure, reasonable design, production technology
The features such as simple.
The technical solution of the utility model is：A kind of battenboard, including extruded sheet and panel, panel is two pieces, panel with
It is connected by adhesive integral between extruded sheet, is provided with pothole on the surface of extruded sheet, it is characterised in that pothole is opens
The big root nodule construction of mouthful small indent, adhesive enters in root nodule construction harden after form outer small inner big inline configuration.Extruded sheet
Periphery be provided with protective construction, there is fixing piece to connect panel at its protective construction with extruded sheet.In this way, extruded sheet passes through
Outer small inner big embedded anchoring structure and the dotted connection of panel, extruded sheet are combined more secured with panel, and are more uniformly stressed,
More effectively extruded sheet is overcome to be deformed warping phenomenon, effectively improve the adhesive strength of extruded sheet and panel.With fixing piece by face
Plate is connect with extruded sheet at its protective construction so that between extruded sheet and panel, is combined between extruded sheet and protective construction
More securely.The root nodule construction may be disposed at the one or both sides of extruded sheet.
The utility model is further characterized in that the fixing piece can be stud nut or iron wire reinforcing bar or metal tape
Or screw shell.
The utility model be further characterized in that the root nodule be configured to it is laser sintered after melt pore structure.In this way, compared to
The mode of pore-forming is suppressed, laser sintered mode so that the structure of extruded sheet is more uniform, and the surface of extruded sheet will not be tied
It is configured to destroy, while residue, flying chip will not be generated, do not pollute the environment.
The utility model is further characterized in that panel for calcium silicate board with microporous or calcium silicate board or fiberboard or cement fibrolite plate, panel
In be provided with steel wire.In this way, the tensile strength and compression strength of panel can be effectively ensured.
Further, the protective construction is reinforcing angle, C-shaped protects frame or tinfoil.
Further, the reinforcing angle is L-shaped metal strip or L-shaped plastic-steel item.
Further, the C-shaped shield frame is metal frame or frame of plastic.
The utility model is further characterized in that the hole that two surfaces are provided through on the extruded sheet.In this way, when in hole
When drawknot component is penetrated in hole, on the one hand so that the adhesive strength between extruded sheet and panel increases, on the other hand so that wall
Adhesive strength between battenboard increases；And without destroying extruded sheet internal structure, construction is more convenient.
The utility model is further characterized in that the side of the extruded sheet is provided with the concave configuration of splicing or convex structure
It makes.In this way, will more be sealed between extruded sheet, heat-insulating property is effectively improved, and because gap becomes smaller between extruded sheet so that squeeze
Contact area between mould plate and panel becomes larger, and improves the adhesive strength of extruded sheet and panel.
The utility model be further characterized in that the relative side of the extruded sheet be respectively arranged with concave configuration and with its phase
Matched convex configuration.
The utility model is further characterized in that the root nodule construction is evenly arranged on the surface of extruded sheet, and its spacing is
0.5-8cm.
The utility model is further characterized in that the depth of the root nodule construction is 0.15-1cm.
The utility model, which is further characterized in that in the extruded sheet, is embedded with binding component.In this way, when panel needs to strengthen
During globality, pre-buried binding component can be used directly, drawknot panel makes adhesive strength between extruded sheet and panel stronger, and
And construction is more convenient.
The utility model is further characterized in that in the extruded sheet to have and pressed with the integrally formed truss of extruded sheet, extruded sheet
Truss and extruded sheet are integrally formed during system, the tension or anti-pressure ability of extruded sheet is effectively improved, further overcomes extrusion molding
The deformation of plate improves the adhesive strength of extruded sheet and panel.
Compared to the prior art, it is with good effect the advantages of the utility model：The extruded sheet knead dough of this battenboard
By the outer small inner big dotted connection of embedded anchoring structure, extruded sheet is combined more secured plate with panel, and is more uniformly stressed,
It is more effective that extruded sheet is overcome to deform warping phenomenon, the adhesive strength of extruded sheet and panel is effectively improved, while there is excellent guarantor
Temperature, fire prevention, tension, anti-pressure ability and higher construction efficiency etc..
(4) it illustrates
Fig. 1 is that the utility model is provided with root nodule construction, reinforcing angle protective construction and stud nut fixed piece
Battenboard schematic diagram.
Fig. 2 is the battenboard that the utility model is provided with root nodule construction, C-shaped shield frame protective construction and iron wire reinforcing bar fixing piece
Schematic diagram.
Fig. 3 (a) is the battenboard that the utility model is provided with root nodule construction, tinfoil protective construction and threaded sleeved mount
Schematic diagram and (b) are the sectional views of the utility model screw shell.
Fig. 4 is the battenboard schematic diagram that steel wire is additionally provided in the utility model panel.
Fig. 5 is that the utility model is additionally provided with battenboard schematic diagram through two surface hole defects.
Fig. 6 is the battenboard signal of concave configuration and convex configuration that the utility model is additionally provided with through extruded sheet side
Figure.
Fig. 7 is that the battenboard of concave configuration and convex configuration that the utility model is additionally provided with non-through extruded sheet side shows
It is intended to.
Fig. 8 is that the utility model is additionally provided in the spaced concave configuration in extruded sheet same side and convex configuration
Battenboard schematic diagram.
Fig. 9 is the battenboard schematic diagram that binding component is embedded in the utility model extruded sheet.
Figure 10 is the battenboard schematic diagram that the utility model is additionally provided with truss.
In figure：1- panels, 2- extruded sheets, 3- adhesives, 4- potholes, 5- root nodules construction, 6- inline configurations, 7- protection structures
It makes, 8- fixing pieces, 9- steel wires, 10- reinforcing angles, 11-C shapes shield frame, 12- tinfoil, 13- holes, 14- concave configurations, 15- is convex
Shape constructs, 16- binding components, 17- truss, 18- stud nuts, 19- iron wire reinforcing bars, 20- screw shells, 21- metal tapes.
(5) specific embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Embodiment one：
As shown in Figure 1, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.Reinforcing angle 10 is L-shaped metal strip.The fixing piece 8 is stud nut 18.The big root nodule construction of the small indent that is open
5 are arranged on the two sides of extruded sheet 2, and root nodule construction 5 be it is laser sintered after melt pore structure.
To reach preferable adhesive strength, root nodule construction 5 is evenly arranged on the surface of extruded sheet 2, between root nodule construction 5
Away from for 0.5cm, depth 0.15cm.
Embodiment two：
As shown in Fig. 2, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 protects frame for C-shaped
11.C-shaped shield frame 11 is metal frame.The fixing piece 8 is iron wire reinforcing bar 19.The big root nodule construction 5 of the small indent that is open is arranged on crowded
The two sides of mould plate 2, and root nodule construction 5 is melts pore structure after laser sintered.
To reach preferable adhesive strength, root nodule construction 5 is evenly arranged on the surface of extruded sheet 2, between root nodule construction 5
Away from for 8cm, depth 1cm.
Embodiment three：
As shown in figure 3, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is tinfoil 12.
The fixing piece 8 is screw shell 20.The big root nodule construction 5 of the small indent that is open is arranged on the two sides of extruded sheet 2, and root nodule structure
5 are made to melt pore structure after laser sintered.
To reach preferable adhesive strength, root nodule construction 5 is evenly arranged on the surface of extruded sheet 2, between root nodule construction 5
Away from for 0.5cm, depth 1cm.
Example IV：
As shown in figure 4, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.Reinforcing angle 10 is L-shaped plastic-steel item.The fixing piece 8 is metal tape 21.Big 5 setting of root nodule construction of the small indent that is open
On the two sides of extruded sheet 2, and root nodule construction 5 be it is laser sintered after melt pore structure.Panel 1 for calcium silicate board with microporous or calcium silicate board or
Fiberboard or cement fibrolite plate are provided with steel wire 9 in panel 1.
Embodiment five：
As shown in figure 5, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.The fixing piece 8 is stud nut 18.The hole 13 on two surfaces is provided through on extruded sheet 2.
Embodiment six：
As shown in fig. 6, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.The fixing piece 8 is stud nut 18.The concave configuration 14 and convex of splicing are provided on 2 side of extruded sheet
Construction 15.Concave configuration 14 and convex configuration 15 are separately positioned on the two relative side of extruded sheet 2.Concave configuration 14 and convex structure
15 are made to match.Concave configuration 14 is the groove through 2 side of extruded sheet, and convex configuration 15 is through the convex of 2 side of extruded sheet
Item.
Embodiment seven：
As shown in fig. 7, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.The fixing piece 8 is stud nut 18.The concave configuration 14 and convex of splicing are provided on 2 side of extruded sheet
Construction 15.Concave configuration 14 and convex configuration 15 are separately positioned on the two relative side of extruded sheet 2.Concave configuration 14 and convex structure
15 are made to match.Concave configuration 14 is the pit of 2 side of non-through extruded sheet, and convex configuration 15 is 2 side of non-through extruded sheet
Boss.
Embodiment eight：
As shown in figure 8, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.The fixing piece 8 is stud nut 18.The concave configuration 14 and convex of splicing are provided on 2 side of extruded sheet
Construction 15.Concave configuration 14 and convex configuration 15 are arranged at intervals in the same side of extruded sheet 2, another opposite side of extruded sheet 2
The 14 matched setting of convex configuration 15 and concave configuration in face.
Embodiment nine：
As shown in figure 9, the battenboard of the utility model includes panel 1 and extruded sheet 2, panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.The fixing piece 8 is stud nut 18.Binding component 16 is embedded in extruded sheet 2.
Embodiment ten：
As shown in Figure 10, the battenboard of the utility model includes panel 1 and extruded sheet 2, and panel 1 is two pieces, and panel 1 is with squeezing
It is connected by adhesive 3 integral between mould plate 2, pothole 4 is provided on the surface of extruded sheet 2.Pothole 4 is the small indent that is open
Big root nodule construction 5, adhesive 3 enter in root nodule construction 5 after hardening, formation inline configuration 6.The periphery of extruded sheet 2 is provided with
Protective construction 7 has fixing piece 8 to connect panel 1 at its protective construction 7 with extruded sheet 2.The protective construction 7 is reinforces angle
Steel 10.The fixing piece 8 is stud nut 18.Extruded sheet 2 is provided with and 2 integrally formed truss 17 of extruded sheet.
The above is enumerated for specific embodiment of the utility model, for the equipment and knot of wherein not detailed description
Structure, it should be understood that the existing common apparatus in this field and universal method is taken to be practiced.
The utility model above-described embodiment is only to illustrate that technical solutions of the utility model are used simultaneously, only the utility model
Technical solution is enumerated, the technical solution and its protection domain being not intended to limit the utility model.Using equivalent technologies mean,
Equivalent apparatus etc., which is considered to be the improvement of the technical solution disclosed in the utility model claims book and specification, not to be had
Beyond the range disclosed in the utility model claims book and specification.
Claims (1)
1. a kind of battenboard, including panel (1) and extruded sheet (2), panel (1) is two pieces, between panel (1) and extruded sheet (2)
It is connected by adhesive (3) integral, pothole (4) is provided on the surface of extruded sheet (2), it is characterised in that pothole (4) is
The big root nodule construction (5) of the small indent that is open, adhesive (3) are constructed into root nodule in (5) after hardening, are formed inline configuration (6), are squeezed
The periphery of mould plate (2) is provided with protective construction (7), has fixing piece (8) by panel (1) and extruded sheet (2) in its protective construction (7)
Place's connection, root nodule construction (5) be it is laser sintered after melt pore structure, panel (1) is calcium silicate board with microporous or calcium silicate board or fiber
Plate or cement fibrolite plate are provided with steel wire (9) in the panel (1), and the depth of root nodule construction (5) is 0.15-1cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720235795.3U CN207582800U (en) | 2017-03-11 | 2017-03-11 | A kind of battenboard |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720235795.3U CN207582800U (en) | 2017-03-11 | 2017-03-11 | A kind of battenboard |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207582800U true CN207582800U (en) | 2018-07-06 |
Family
ID=62717150
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720235795.3U Active CN207582800U (en) | 2017-03-11 | 2017-03-11 | A kind of battenboard |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207582800U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109020248A (en) * | 2018-10-08 | 2018-12-18 | 肇庆三乐集成房屋制造有限公司 | A kind of reinforced fiber enhancing calcium silicate board and preparation method thereof |
-
2017
- 2017-03-11 CN CN201720235795.3U patent/CN207582800U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109020248A (en) * | 2018-10-08 | 2018-12-18 | 肇庆三乐集成房屋制造有限公司 | A kind of reinforced fiber enhancing calcium silicate board and preparation method thereof |
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