CN205907884U - Timber structure arc node - Google Patents
Timber structure arc node Download PDFInfo
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- CN205907884U CN205907884U CN201620528605.2U CN201620528605U CN205907884U CN 205907884 U CN205907884 U CN 205907884U CN 201620528605 U CN201620528605 U CN 201620528605U CN 205907884 U CN205907884 U CN 205907884U
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Abstract
The utility model provides a timber structure arc node, the intermediate level is polylith steel sheet evenly distributed, and the interlude of steel sheet is 90 circular arc sections, is straight board section at circular arc both ends, the anticorrosive decorative layer of arc, waterproof ventilated membrane, arc outer structural layer, arc external thermal insulation layer are 90 arcs, and 4 layers straight at both ends, and the circular arc section is tangent with straight section, show the decorative layer in the arc in heat preservation, arc inner structure layer, insulating layer, the arc and be 90 middle circular arc sections, the section that both ends are straight, the circular arc section is tangent with straight section, the beneficial effects of the utility model are that the installation operation is showing to be simplified, and assembly speed is fast, can adopt the set assembling of greater part article, and the industrialization degree is higher, and economic effects is good, and has avoided environmental pollution. Especially, with the embedded inside to the board of sound insulating layer, reduced a large amount of site operations, through the series structure, made it have good atress performance.
Description
Technical field
The utility model belongs to technical field of buildings, more particularly to a kind of timber structure arc node.
Background technology
According to statistics, building industry consumes about 50% energy on the earth, 42% water resource, 50% material and 48%
Arable land.Cause disruption of ecological balance, create the whole world 24% air pollution, 50% greenhouse effects, 40% pollution of waterhead and
50% CFC etc..
Green building is curbed environmental pollution in China, energy-saving and emission-reduction, play vital work in terms of industry restructuring
With.Past, China was in terms of Development of Green Building, an emphasis steel construction and xoncrete structure and have ignored timber structure green building.
Steel, cement, plastics non-renewable unsustainable property clearly.Now developed country have been recognized that Wood construction and
Using the building materials of agricultural wastes processing, it is the correct direction of building industry sustainable development, but department of the Chinese government and society
All circles can also there are a lot of mistaken ideas for the extensive application of new Wood construction.
For this reason, it is necessary to carry out systematic research and development for timber structure green building and its industrialization, so that China is built and produce
Industry really realizes the green, capable of circulation, sustainable of overall process.
Utility model content
The purpose of this utility model is to provide a kind of use time length, environmental protection, the timber structure arcuate section that can be recycled
In addition point, need not arrange sound insulating layer, reduces a large amount of field operations, ensure that manufacturing procedure is simple simultaneously, more ensure that it has well
Stress performance.
To achieve these goals, the technical solution adopted in the utility model is:
Timber structure arc node, its composition includes arc anti-corrosion decorative layer, waterproof ventilated membrane, arc outer structural layer, arc
Table decorative layer, water-tight corrosion-proof adhesive tape, guarantor in external thermal insulation, steel plate, arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc
Temperature protection against the tide ladder mouth, heat-insulation layer wood support and wood screw；
It is saturating that the position relationship ecto-entad of the composition of described timber structure arc node is followed successively by arc anti-corrosion decorative layer, waterproof
Table in air film, arc outer structural layer, arc external thermal insulation, steel plate, arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc
Decorative layer；
Intermediate layer is uniformly distributed for plurality of steel plates, and the interlude of steel plate is 90 ° of arc sections, is slide plate at circular arc two ends
Section；
Arc anti-corrosion decorative layer, waterproof ventilated membrane, arc outer structural layer, arc external thermal insulation are all 90 ° of arc sections, are justifying
Segmental arc two ends are all flat segments, and arc section is tangent with flat segments；The arc section of straight end face and steel plate and slide plate section transition
Tangent point aligns, and two ends end face is mutually perpendicular to, wherein end face level above, below end face vertical；
In arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc table decorative layer be all middle be 90 ° of arc sections, two
Hold as flat segments, and arc section is tangent with flat segments；Arc section and flat segments transition tangent point and arc anti-corrosion decorative layer, waterproof
Two end face alignment of ventilated membrane, arc outer structural layer and arc external thermal insulation；Arc inner thermal insulating layer, arc inner structural layer, absolutely
In edge layer, arc, the flat segments of table decorative layer extend the half of steel plate flat segments；Two ends end face is mutually perpendicular to, end face wherein above
Level, below end face vertical；
Arc anti-corrosion decorative layer, waterproof ventilated membrane, arc outer structural layer, arc external thermal insulation upper and lower ends two are mutually vertical
In straight plane, and arc inner thermal insulating layer, arc inner structural layer, insulating barrier, arc, table decorative layer upper and lower ends two are mutual
Vertical plane is respectively provided with water-tight corrosion-proof adhesive tape.
Width after described steel plate is open and flat is 100 ~ 250mm, and length is 0.7 ~ 2m, and interlude along its length is 90 °
Circular arc, two ends flat segments are tangent with arc section, and two ends flat segments are mutually perpendicular to, and the inner and outer of plurality of steel plates adopts many guarantors
Warm layer wood support connects；
In the outside of steel plate, at the tangent point of the flat segments at two ends and arc section transition, it is respectively mounted heat-insulation layer wood support,
Many heat-insulation layers wood supports are installed between the wood support of two heat-insulation layers, heat-insulation layer wood support is preferentially using being uniformly distributed；
In the inner side of steel plate, heat-insulation layer wood supports and is located between two heat-insulation layers wood supports in the outside of steel plate, preferential employing
Midpoint, and the flat segments at steel plate two ends are respectively mounted heat-insulation layer wood support, two ends heat-insulation layer wood support (12) and adjacent insulating layer wood support
Spacing equal with internal spacing；
Steel plate is connected using wood screw with heat-insulation layer wood support；
Arc inner thermal insulating layer is laid between heat-insulation layer wood support inside described steel plate camber line；Insulation outside steel plate camber line
Arc external thermal insulation is laid, arc external thermal insulation and arc inner thermal insulating layer (6) are interlaced between layer wood support；
Described arc outer structural layer is located at arc external thermal insulation and the outside of heat-insulation layer wood support, and side is rendered as 90 ° of circular arcs,
Arc outer structural layer is preferential with heat-insulation layer wood support to be connected using nail.
Described arc inner structural layer is located at arc inner thermal insulating layer and the inner side of heat-insulation layer wood support, and interlude is 90 ° of circular arcs, and two
Hold as flat segments, flat segments are tangent with arc section, arc inner thermal insulating layer is preferential with heat-insulation layer wood support to be connected using nail.
It is table decorative layer in insulating barrier and arc in the inner side of arc inner structural layer, table decorative layer and knot in arc in arc
Structure layer adopts insulated hanger to connect；It is arc anti-corrosion decorative layer, waterproof ventilated membrane in the outside of arc outer structural layer, arc anti-corrosion fills
Decorations layer is connected using anti-Rusty Nail with arc outer structural layer.
Compared with prior art, the beneficial effects of the utility model are: installation operation significantly simplifies, and assembling speed is fast, can
So that using big component general assembly, industrialization degree is higher, good economical benefit, and avoids environmental pollution.Especially by sound insulating layer
It is embedded into the inside of plate, decreases a large amount of field operations, constructed by series so as to have good stress performance.
Brief description
Below in conjunction with the accompanying drawings the timber structure arc node in the utility model and its method of construction are described further:
Fig. 1 is the open and flat rear schematic diagram of timber structure house type node；
Fig. 2 is Fig. 1 a-a generalized section；
Fig. 3 is steel plate and heat-insulation layer wood support connection diagram.
In figure, 1 is arc anti-corrosion decorative layer；2 is waterproof ventilated membrane；3 is arc outer structural layer；4 is arc external thermal insulation
Layer；5 is steel plate；6 is arc inner thermal insulating layer；7 is arc inner structural layer；8 is insulating barrier；9 is table decorative layer in arc；
10 is water-tight corrosion-proof adhesive tape；11 is heat-holding dampproof ladder mouth；12 is heat-insulation layer wood support；13 is wood screw.
Specific embodiment
In order to further illustrate the utility model, below in conjunction with the accompanying drawings and embodiment timber structure that the utility model is provided
Arc node and its method of construction are described in detail, but they can not be interpreted as the limit to the utility model protection domain
Fixed.
A kind of timber structure arc node, as shown in Fig. 1 ~ Fig. 3, its composition includes arc anti-corrosion decorative layer 1, waterproof ventilated membrane
2nd, arc outer structural layer 3, arc external thermal insulation 4, steel plate 5, arc inner thermal insulating layer 6, arc inner structural layer 7, insulating barrier 8, arc
Interior table decorative layer 9, water-tight corrosion-proof adhesive tape 10, heat-holding dampproof ladder mouth 11, heat-insulation layer wood support 12 and wood screw 13；
The position relationship ecto-entad of the composition of described timber structure arc node is followed successively by arc anti-corrosion decorative layer 1, waterproof
Ventilated membrane 2, arc outer structural layer 3, arc external thermal insulation 4, steel plate 5, arc inner thermal insulating layer 6, arc inner structural layer 7, insulating barrier
8th, table decorative layer 9 in arc；
Intermediate layer is uniformly distributed for plurality of steel plates 5, and the interlude of described steel plate 5 is 90 ° of arc sections, at arc section two ends is
Slide plate section；
Described arc anti-corrosion decorative layer 1, waterproof ventilated membrane 2, arc outer structural layer 3, arc external thermal insulation 4 are all 90 ° of circles
Segmental arc, and be all flat segments at arc section two ends, arc section is tangent with flat segments；Described flat segments end face and the circular arc of steel plate 5
Section and the alignment of slide plate section transition tangent point, and two ends end face is mutually perpendicular to, wherein end face level above, below end face vertical；
In described arc inner thermal insulating layer 6, arc inner structural layer 7, insulating barrier 8, arc, table decorative layer 9 is all middle 90 ° of circles
Segmental arc, and be all flat segments at arc section two ends, arc section is tangent with flat segments；The arc section of described steel plate 5 and flat segments mistake
Cross tangent point and arc anti-corrosion decorative layer 1, two end faces of waterproof ventilated membrane 2, arc outer structural layer 3 and arc external thermal insulation 4
Alignment；And two ends end face is mutually perpendicular to, wherein above end face level, below end face vertical；Described arc inner thermal insulating layer 6, arc
In inner structural layer 7, insulating barrier 8, arc, the flat segments of table decorative layer 9 extend the half of steel plate 5 flat segments；
Described arc anti-corrosion decorative layer 1, waterproof ventilated membrane 2, arc outer structural layer 3, arc external thermal insulation 4 upper and lower ends two
In individual orthogonal plane, and arc inner thermal insulating layer 6, arc inner structural layer 7, insulating barrier 8, arc, table decorative layer is about 9
The orthogonal plane in two, two ends is respectively provided with water-tight corrosion-proof adhesive tape 10.
Width after described steel plate 5 is open and flat is 100 ~ 250mm, and length is 0.7 ~ 2m, and interlude along its length is 90 °
Circular arc, two ends flat segments are tangent with arc section, and two ends flat segments are mutually perpendicular to, and the inner and outer of plurality of steel plates 5 adopts many
Heat-insulation layer wood support 12 connection；
In the outside of steel plate 5, at the tangent point of the flat segments at two ends and arc section transition, it is respectively mounted heat-insulation layer wood support
12, between two heat-insulation layer wood supports 12 at described point of contact, many heat-insulation layer wood supports 12 are installed, heat-insulation layer wood support 12 is preferential
Using being uniformly distributed；
In the inner side of steel plate, heat-insulation layer wood support 12 is located between two heat-insulation layer wood supports 12 in the outside of steel plate 5, preferentially
Using midpoint；Slide plate section at steel plate 5 two ends is mounted on heat-insulation layer wood support 12, in the heat-insulation layer wood of steel plate 5 slide plate section
Support 12 is equal with heat-insulation layer wood support 12 spacing of steel plate 5 inner side with the spacing of adjacent insulating layer wood support 12.
Described steel plate 5 is connected using wood screw 13 with heat-insulation layer wood support 12.
Arc inner thermal insulating layer 6 is laid between heat-insulation layer wood support 12 inside described steel plate 5 camber line；Outside steel plate 5 camber line
Heat-insulation layer wood support 12 between lay arc external thermal insulation 4, arc external thermal insulation 4 and arc inner thermal insulating layer 6 interlaced.
Described arc outer structural layer 3 is located at arc external thermal insulation 4 and the outside of heat-insulation layer wood support 12, arc outer structural layer 3
Side is rendered as 90 ° of circular arcs, and arc outer structural layer 3 is preferential with heat-insulation layer wood support 12 to be connected using nail.
Described arc inner structural layer 7 is located at arc inner thermal insulating layer 6 and the inner side of heat-insulation layer wood support 12, arc inner structural layer 7
Interlude is 90 ° of circular arcs, and two ends are flat segments, and flat segments are tangent with arc section, and arc inner thermal insulating layer 6 is excellent with heat-insulation layer wood support 12
First connected using nail.
Be followed successively by table decorative layer 9 in insulating barrier 8 and arc in the inner side of arc inner structural layer 7, in arc table decorative layer 9 with
Arc inner structural layer 7 adopts insulated hanger to connect；It is followed successively by arc anti-corrosion decorative layer 1, waterproof in the outside of arc outer structural layer 3 saturating
Air film 2, arc anti-corrosion decorative layer 1 is connected using anti-Rusty Nail with arc outer structural layer 3.
The above is only preferred embodiment of the present utility model it is noted that common skill for the art
For art personnel, on the premise of without departing from the utility model principle, some improvements and modifications can also be made, these improve and
Retouching also should be regarded as protection domain of the present utility model.
Claims (7)
1. a kind of timber structure arc node, its composition includes arc anti-corrosion decorative layer (1), waterproof ventilated membrane (2), arc external structure
Layer (3), arc external thermal insulation (4), steel plate (5), arc inner thermal insulating layer (6), arc inner structural layer (7), insulating barrier (8), arc
Interior table decorative layer (9), water-tight corrosion-proof adhesive tape (10), heat-holding dampproof ladder mouth (11), heat-insulation layer wood support (12) and wood screw (13),
It is characterized in that:
It is saturating that the position relationship ecto-entad of the composition of described timber structure arc node is followed successively by arc anti-corrosion decorative layer (1), waterproof
Air film (2), arc outer structural layer (3), arc external thermal insulation (4), steel plate (5), arc inner thermal insulating layer (6), arc inner structural layer
(7), insulating barrier (8), table decorative layer (9) in arc；
Intermediate layer is uniformly distributed for plurality of steel plates (5), and the interlude of described steel plate (5) is 90 ° of arc sections, at arc section two ends is
Slide plate section；
Described arc anti-corrosion decorative layer (1), waterproof ventilated membrane (2), arc outer structural layer (3), arc external thermal insulation (4) are all
90 ° of arc sections, and be all flat segments at arc section two ends, arc section is tangent with flat segments；Described flat segments end face and steel plate (5)
Arc section and the alignment of slide plate section transition tangent point, and two ends end face is mutually perpendicular to, wherein end face level above, below end face
Vertically；
Described arc inner thermal insulating layer (6), arc inner structural layer (7), insulating barrier (8), table decorative layer (9) is all middle in arc
90 ° of arc sections, and be all flat segments at arc section two ends, arc section is tangent with flat segments；The arc section of described steel plate (5) with flat
Straight section transition tangent point and arc anti-corrosion decorative layer (1), waterproof ventilated membrane (2), arc outer structural layer (3) and arc external thermal insulation
(4) two end face alignment；And two ends end face is mutually perpendicular to, wherein above end face level, below end face vertical；In described arc
In heat-insulation layer (6), arc inner structural layer (7), insulating barrier (8), arc, to extend steel plate (5) straight for the flat segments of table decorative layer (9)
The half of section；
Described arc anti-corrosion decorative layer (1), waterproof ventilated membrane (2), arc outer structural layer (3), arc external thermal insulation (4) upper and lower two
Table dress in end two orthogonal planes, and arc inner thermal insulating layer (6), arc inner structural layer (7), insulating barrier (8), arc
Decorations two orthogonal planes of layer (9) upper and lower ends are respectively provided with water-tight corrosion-proof adhesive tape (10).
2. timber structure arc node according to claim 1 it is characterised in that: the width after described steel plate (5) is open and flat is
100 ~ 250mm, length is 0.7 ~ 2m, and interlude along its length is 90 ° of circular arcs, and two ends flat segments are tangent with arc section, two
Hold straight section level with both hands to be mutually perpendicular to, the inner and outer of plurality of steel plates (5) adopts many heat-insulation layers wood support (12) to connect；
In the outside of steel plate (5), at the tangent point of the flat segments at two ends and arc section transition, it is respectively mounted heat-insulation layer wood support
(12), many heat-insulation layers wood support (12), heat-insulation layer wood are installed between two heat-insulation layers wood support (12) at described tangent point
Support (12) is using being uniformly distributed；
In the inner side of steel plate (5), heat-insulation layer wood support (12) is located between two heat-insulation layers wood support (12) in the outside of steel plate (5)
Midpoint；Slide plate section at steel plate (5) two ends is mounted on heat-insulation layer wood support (12), in the heat-insulation layer of steel plate (5) slide plate section
Wood support (12) is equal with heat-insulation layer wood support (12) spacing inside steel plate (5) with the spacing of adjacent insulating layer wood support (12).
3. timber structure arc node according to claim 2 is it is characterised in that described steel plate (5) is supportted with heat-insulation layer wood
(12) wood screw (13) is adopted to connect.
4. timber structure arc node according to claim 1 it is characterised in that: the insulation inside described steel plate (5) camber line
Arc inner thermal insulating layer (6) is laid between layer wood support (12)；Lay arc between heat-insulation layer wood support (12) outside steel plate (5) camber line
Shape external thermal insulation (4), arc external thermal insulation (4) and arc inner thermal insulating layer (6) are interlaced.
5. timber structure arc node according to claim 1 it is characterised in that: described arc outer structural layer (3) be located at arc
Shape external thermal insulation (4) and the outside of heat-insulation layer wood support (12), arc outer structural layer (3) side is rendered as 90 ° of circular arcs, ties outside arc
Structure layer (3) is connected using nail with heat-insulation layer wood support (12).
6. timber structure arc node according to claim 1 it is characterised in that: described arc inner structural layer (7) be located at arc
Shape inner thermal insulating layer (6) and the inner side of heat-insulation layer wood support (12), arc inner structural layer (7) interlude is 90 ° of circular arcs, and two ends are straight
Section, flat segments are tangent with arc section, and arc inner thermal insulating layer (6) is connected using nail with heat-insulation layer wood support (12).
7. timber structure arc node according to claim 1 it is characterised in that: the inner side of arc inner structural layer (7) according to
Secondary for table decorative layer (9) in insulating barrier (8) and arc, in arc, table decorative layer (9) and arc inner structural layer (7) adopt insulated hanger
Connect；It is followed successively by arc anti-corrosion decorative layer (1), waterproof ventilated membrane (2) in the outside of arc outer structural layer (3), arc anti-corrosion fills
Decorations layer (1) are connected using anti-Rusty Nail with arc outer structural layer (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620528605.2U CN205907884U (en) | 2016-06-03 | 2016-06-03 | Timber structure arc node |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620528605.2U CN205907884U (en) | 2016-06-03 | 2016-06-03 | Timber structure arc node |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205907884U true CN205907884U (en) | 2017-01-25 |
Family
ID=57814714
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620528605.2U Withdrawn - After Issue CN205907884U (en) | 2016-06-03 | 2016-06-03 | Timber structure arc node |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205907884U (en) |
-
2016
- 2016-06-03 CN CN201620528605.2U patent/CN205907884U/en not_active Withdrawn - After Issue
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170125 Effective date of abandoning: 20181109 |
|
| AV01 | Patent right actively abandoned |