CN108086469A - Ridge gable roof boarding and its installation method in modularization - Google Patents
Ridge gable roof boarding and its installation method in modularization Download PDFInfo
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- CN108086469A CN108086469A CN201810054622.0A CN201810054622A CN108086469A CN 108086469 A CN108086469 A CN 108086469A CN 201810054622 A CN201810054622 A CN 201810054622A CN 108086469 A CN108086469 A CN 108086469A
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- Prior art keywords
- plate
- connecting plate
- wattle
- ridge
- gable
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/02—Structures consisting primarily of load-supporting, block-shaped, or slab-shaped elements
- E04B1/10—Structures consisting primarily of load-supporting, block-shaped, or slab-shaped elements the elements consisting of wood
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B7/00—Roofs; Roof construction with regard to insulation
- E04B7/02—Roofs; Roof construction with regard to insulation with plane sloping surfaces, e.g. saddle roofs
- E04B7/04—Roofs; Roof construction with regard to insulation with plane sloping surfaces, e.g. saddle roofs supported by horizontal beams or the equivalent resting on the walls
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Wood Science & Technology (AREA)
- Load-Bearing And Curtain Walls (AREA)
Abstract
The present invention provides ridge gable roof boarding and its installation method in a kind of modularization.Modularization roof slab bottom sets gable connecting plate that can be directly connected to gable；Ridge board can be directly connected to offside roof slab；Ridge pole connecting plate can be directly connected to ridge pole；Span centre beam connecting plate can be directly connected to span centre beam；Wallboard connecting plate can integrally strengthen tilting raising-plate with top-level module top of the slope bearing external wall plate, top layer and be directly connected to.Significantly simplify the beneficial effects of the invention are as follows installation operation, assembling speed is fast, and big component general assembly, industrialization degree higher, good economical benefit may be employed, and avoid environmental pollution.Sound insulation, insulating layer are especially embedded into the inside of plate, reduce a large amount of field operations, it is only necessary to which whole plate modularization applies nail operation at the scene, shortens the construction period at double.It is constructed by series, makes it have good stress performance.
Description
Technical field
The invention belongs to technical field of buildings, more particularly to ridge gable roof boarding and its installation side in a kind of modularization
Method.
Background technology
According to statistics, construction industry consumes about 50% energy on the earth, 42% water resource, 50% material and 48%
Arable land.Cause disruption of ecological balance, generate the whole world 24% air pollution, 50% greenhouse effects, 40% pollution of waterhead and
50% chlorofluorocarbons etc..
Green building is curbed environmental pollution in China, energy-saving and emission-reduction, adjustment the industrial structure in terms of play vital work
With.Past it is many country in terms of Development of Green Building, emphasis steel construction and concrete structure and have ignored timber structure green
Building.Steel, cement, plastics non-renewable unsustainable property clearly.Present many countries have been recognized that wood is built
The building materials built and processed using agricultural wastes are the correct directions of building industry sustainable development.
For this reason, it is necessary to carry out systematic research and development for timber structure green building and its industrialization, make China's building production
Industry really realizes the green, recyclable, sustainable of overall process.
The content of the invention
It is an object of the invention to provide a kind of usage time is long, environmental protection, ridge gable in the modularization that can be recycled
Roof boarding and its installation method without in addition setting sound insulating layer, reduce a large amount of field operations, while ensure that manufacturing procedure is simple,
More ensure it with good stress performance.
To achieve these goals, the technical solution adopted by the present invention is：
Ridge gable roof boarding in modularization, including ridge board (14-1-1), structure fascia (14-1-2), flying-rafter plate (14-1-
3), edges of boards connection wattle (14-1-4), gable wattle (14-1-5), wattle (14-1-6) in plate, Guttr board (14-1-7), in plate
Support (14-1-8), plate underseal panel (14-1-9), plate closedtop panel (14-1-10), across ridge connecting plate (14-1-11), ridge
Beam connecting plate (14-1-12), span centre beam connecting plate (14-1-13), wallboard connecting plate (14-1-14), cornice awning structure plate
(14-1-15), counter battens (14-1-16), tile batten (14-1-17) strengthen wall connection snap-gauge (14-1-18), reinforcing beam connection
Snap-gauge (14-1-19), gable connecting plate (14-1-20), wallboard connection scene Shi Ding areas (14-1-21), span centre beam connection scene
Shi Ding areas (14-1-22), ridge pole connection scene Shi Ding areas (14-1-23), gable connection scene Shi Ding areas (14-1-24), plate
Between connect scene Shi Ding areas (14-1-25), wallboard strengthens snap-gauge scene Shi Ding areas (14-1-26), that span centre beam strengthens snap-gauge is live
Shi Ding areas (14-1-27)；The flying-rafter plate (14-1-3), gable wattle (14-1-5), in several plates wattle (14-1-6) and
Uniform parallel arranges edges of boards connection wattle (14-1-4) successively；Wherein one end is ridge board (14-1-1), and the other end seals for structure
Eaves board (14-1-2) and cornice awning structure plate (14-1-15)；Ridge board (14-1-1), structure fascia (14-1-2) and cornice
Awning structure plate (14-1-15) respectively with wattle (14-1-6) in flying-rafter plate (14-1-3), gable wattle (14-1-5), plate and
Edges of boards connection wattle (14-1-4) connects；Structure fascia (14-1-2) and cornice awning structure plate (14-1-15) are mutually perpendicular to；
Wattle (14-1-6) between flying-rafter plate (14-1-3) and gable wattle (14-1-5) and in gable wattle (14-1-5) and plate
Between the Guttr boards (14-1-7) of several uniform parallels is respectively set；Wattle (14-1-6) connects wattle with edges of boards in plate
2-3 guidance tape inner supports are respectively set between wattle (14-1-6) in wattle (14-1-6) and plate between (14-1-4) and in plate
(14-1-8)；Wattle (14-1-6) in gable wattle (14-1-5), plate, Guttr board (14-1-7), plate inner support (14-1-8)
Bottom flushes, and plate underseal panel (14-1-9) nail is penetrated in bottom；Ridge board (14-1-1), structure fascia (14-1-2), flying-rafter
The width that plate (14-1-3), edges of boards connection wattle (14-1-4) stretch out plate underseal panel (14-1-9) is the thickness of plate；Across ridge company
Fishplate bar (14-1-11) is close to ridge board (14-1-1), and the two plate face is mutually perpendicular to；Ridge pole connecting plate (14-1-12) with across
Ridge connecting plate (14-1-11) is close to, and at the middle part of plate length direction, nail penetrates span centre beam connecting plate (14-1-13)；It is corresponding in wall top
Position nail penetrates wallboard connecting plate (14-1-14)；Across ridge connecting plate (14-1-11), ridge pole connecting plate (14-1-12), span centre beam
Connecting plate (14-1-13), wallboard connecting plate (14-1-14) are mutually parallel, and both ends respectively connect with flying-rafter plate (14-1-3), edges of boards
Connect wattle (14-1-4) nail connection；And ridge board (14-1-1), structure fascia (14-1-2), flying-rafter plate (14-1-3), edges of boards
Connect wattle (14-1-4), across ridge connecting plate (14-1-11), ridge pole connecting plate (14-1-12), span centre beam connecting plate (14-1-
13), the bottom of wallboard connecting plate (14-1-14) flushes；In span centre beam connecting plate (14-1-13), wallboard connecting plate (14-1-
14) close to ridge board (14-1-1) one side, nail penetrates reinforcing beam connection snap-gauge (14-1-19) respectively and reinforcement wall connects snap-gauge (14-
1-18), and span centre beam connecting plate (14-1-13) is stretched out respectively, the thickness that the length of wallboard connecting plate (14-1-14) is plate；
Between ridge pole connecting plate (14-1-12) and reinforcing beam connection snap-gauge (14-1-19) and span centre beam connecting plate (14-1-13) and
Strengthen wall connection snap-gauge (14-1-18), and nail penetrates gable connecting plate respectively on position corresponding with gable wattle (14-1-5)
(14-1-20), gable connecting plate (14-1-20) and the plate face of gable wattle (14-1-5) are mutually perpendicular to；Gable wattle (14-1-
5), wattle (14-1-6) in plate, Guttr board (14-1-7), flush at the top of plate inner support (14-1-8), plate closedtop panel (14-
1-10) nail is penetrated at top；Ridge board (14-1-1), structure fascia (14-1-2), flying-rafter plate (14-1-3), edges of boards connection wattle
The width that (14-1-4) stretches out plate closedtop panel (14-1-10) is the thickness of plate；The wattle in gable wattle (14-1-5), plate
(14-1-6) corresponding position, which is respectively followed closely, penetrates counter battens (14-1-16)；The top nail of counter battens (14-1-16) penetrates several phases
Mutually it is parallel and with counter battens (14-1-16) orthogonal tile batten (14-1-17)；Ridge board (14-1-1), structure envelope eaves
Plate (14-1-2), flying-rafter plate (14-1-3), edges of boards connection wattle (14-1-4), plate underseal panel (14-1-9), plate closedtop panel
Tolerant noise-insulating warm-keeping material is respectively set in the space that (14-1-10) is surrounded；It is respectively in the both sides of wallboard connecting plate (14-1-14)
Width connects scene Shi Ding areas (14-1-21) for the wallboard of the thickness of plate；Distinguish in the both sides of span centre beam connecting plate (14-1-13)
Span centre beam for the thickness that width is plate connects scene Shi Ding areas (14-1-22)；In the separate of ridge pole connecting plate (14-1-12)
The one side of ridge board (14-1-1) is ridge pole connection scene Shi Ding areas (14-1-23) for the thickness that width is plate；Connect in gable
The both sides of fishplate bar (14-1-20) connect scene Shi Ding areas for gable（14-1-24）；In the inside of edges of boards connection wattle (14-1-4)
The part for exposing plate underseal panel (14-1-9) connects scene Shi Ding areas (14-1-25) between plate；Strengthening wall connection snap-gauge
(14-1-18) connects snap-gauge (14-1-19) with reinforcing beam and is respectively further from wallboard connecting plate (14-1-14) and span centre beam connecting plate
The one side of (14-1-13), and the part for exposing wallboard connecting plate (14-1-14) and span centre beam connecting plate (14-1-13) is respectively
Wallboard strengthens snap-gauge scene Shi Ding areas (14-1-26), span centre beam strengthens snap-gauge scene Shi Ding areas (14-1-27).
Further, the plate closedtop panel (14-1-10) is preferentially using load-bearing OSB plates, the plate underseal panel (14-
1-9) preferentially use OSB plates.
The installation method of ridge gable roof boarding is in modularization：By the gable connecting plate (14- of modularization roof slab (14)
It 1-20) is connected with the top-level module gable bearing external wall plate (10) of bottom, the gable in bottom connects scene Shi Ding areas (14-
Nail 1-24) is directly applied to connect the two；The modularization roof system of ridge board (14-1-1), across ridge connecting plate (14-1-11) and offside
Plate (14) connects, and directly applying nail in ridge board (14-1-1) connects the two；Ridge pole connecting plate (14-1-12) and the double T of ridge
Orthogonal wooden frame (13) connection directly applies nail in ridge pole connection scene Shi Ding areas (14-1-23) and connects the two；Span centre beam connects
Plate (14-1-13) T-shaped wooden frame (12) tilting with span centre is connected, and nail is directly applied in span centre beam connection scene Shi Ding areas (14-1-22)
The two is connected；Wallboard connecting plate (14-1-14) is integrally strengthened tilting with top-level module top of the slope bearing external wall plate (8), top layer
Raising-plate (11) connects, and directly applying nail in wallboard connection scene Shi Ding areas (14-1-21) connects three.
Compared with prior art, the beneficial effects of the invention are as follows：Installation operation significantly simplifies, and assembling speed is fast, can adopt
With big component general assembly, industrialization degree higher, good economical benefit, and avoid environmental pollution.Especially sound insulating layer is embedded
To the inside of plate, reduce a large amount of field operations, constructed by series, make it have good stress performance.
Description of the drawings
Fig. 1 is modularization cork wood structural system schematic diagram.
Fig. 2 is ridge gable roof boarding elevational schematic view in modularization.
Fig. 3 is ridge gable roof boarding schematic top plan view in modularization.
Fig. 4 is ridge gable roof boarding schematic side view in modularization.
Fig. 5 is the A-A sectional views of Fig. 2.
Fig. 6 is the B-B sectional views of Fig. 3.
Fig. 7 is the structure diagram of the non-cladding boards of ridge gable roof boarding in modularization.
In figure：Based on 1；2 be ground beam slab；3 be bottom modularization superstructure；4 be index bed modularization bearing external wall plate；5
For index bed modularization load-bearing lining；6 integrally strengthen raising-plate for index bed；7 be index bed modularization superstructure；8 be top layer
Modularization top of the slope bearing external wall plate；9 fill superstructure for top-level module side；10 be top-level module gable bearing external wall plate；11 are
Top layer integrally strengthens tilting raising-plate；12 be the tilting T-shaped wooden frame of span centre；13 be the orthogonal wooden frames of the double T of ridge；14 be modularization roof system
Plate；
14-1-1 is ridge board；14-1-2 is structure fascia；14-1-3 is flying-rafter plate；14-1-4 connects wattle for edges of boards；14-
1-5 is gable wattle；14-1-6 is wattle in plate；14-1-7 is Guttr board；14-1-8 is plate inner support；14-1-9 is plate underseal
Panel；14-1-10 is plate closedtop panel；14-1-11 is across ridge connecting plate；14-1-12 is ridge pole connecting plate；14-1-13 is
Span centre beam connecting plate；14-1-14 is wallboard connecting plate；14-1-15 is cornice awning structure plate；14-1-16 is counter battens；14-
1-17 is tile batten；14-1-18 connects snap-gauge to strengthen wall；14-1-19 connects snap-gauge for reinforcing beam；14-1-20 connects for gable
Fishplate bar；14-1-21 connects scene Shi Ding areas for wallboard；14-1-22 connects scene Shi Ding areas for span centre beam；14-1-23 is ridge
Beam connects scene Shi Ding areas；14-1-24 connects scene Shi Ding areas for gable；14-1-25 connects scene Shi Ding areas between plate；14-
1-26 strengthens snap-gauge scene Shi Ding areas for wallboard；14-1-27 strengthens snap-gauge scene Shi Ding areas for span centre beam.
Specific embodiment
In order to further illustrate the present invention, with reference to the accompanying drawings and embodiments to ridge mountain in modularization provided by the invention
Wall roof boarding is described in detail, but cannot they be interpreted as limiting the scope of the present invention.
Ridge gable roof boarding in a kind of modularization, as shown in Fig. 1 ~ Fig. 7.
Ridge gable roof boarding in modularization, including ridge board 14-1-1, structure fascia 14-1-2, flying-rafter plate 14-1-
3rd, edges of boards connection wattle 14-1-4, gable wattle 14-1-5, wattle 14-1-6, Guttr board 14-1-7, plate inner support 14-1- in plate
8th, plate underseal panel 14-1-9, plate closedtop panel 14-1-10, across ridge connecting plate 14-1-11, ridge pole connecting plate 14-1-12, across
Central sill connecting plate 14-1-13, wallboard connecting plate 14-1-14, cornice awning structure plate 14-1-15, counter battens 14-1-16, tile hanging
14-1-17, wall connection snap-gauge 14-1-18, reinforcing beam connection snap-gauge 14-1-19, gable connecting plate 14-1-20, wallboard are strengthened
Connect scene Shi Ding areas 14-1-21, span centre beam connection scene Shi Ding areas 14-1-22, ridge pole connection scene Shi Ding areas 14-1-
23rd, scene Shi Ding areas 14-1-25 is connected between gable connection scene Shi Ding areas 14-1-24, plate, wallboard strengthens snap-gauge scene Shi Ding areas
14-1-26, span centre beam strengthen snap-gauge scene Shi Ding areas 14-1-27；Flying-rafter plate 14-1-3, gable wattle 14-1-5, several plates
Interior wattle 14-1-6 connects wattle 14-1-4 with edges of boards, and uniform parallel arranges successively；Wherein one end is ridge board 14-1-1, another
It holds as structure fascia 14-1-2 and cornice awning structure plate 14-1-15；Ridge board 14-1-1, structure fascia 14-1-2 and eaves
Mouthful awning structure plate 14-1-15 respectively with wattle 14-1-6 in flying-rafter plate 14-1-3, gable wattle 14-1-5, several plates and
Edges of boards connect wattle 14-1-4 connections；Structure fascia 14-1-2 and cornice awning structure plate 14-1-15 are mutually perpendicular to；In flying-rafter
It is respectively set between plate 14-1-3 and gable wattle 14-1-5 and in gable wattle 14-1-5 and plate between wattle 14-1-6
The Guttr board 14-1-7 of several uniform parallels；In plate between wattle 14-1-6 and edges of boards connection wattle 14-1-4 and in plate
2-3 guidance tape inner supports 14-1-8 is respectively set between wattle 14-1-6 in wattle 14-1-6 and plate；Gable wattle 14-1-5, plate
Interior wattle 14-1-6, Guttr board 14-1-7, the bottom of plate inner support 14-1-8 flush, and plate underseal panel 14-1-9 nails are penetrated the bottom of at
Portion；Ridge board 14-1-1, structure fascia 14-1-2, flying-rafter plate 14-1-3, edges of boards connection wattle 14-1-4 stretch out plate underseal face
The width of plate 14-1-9 is the thickness of plate；Across ridge connecting plate 14-1-11 and ridge board 14-1-1 is close to, and the two plate face is mutually hung down
Directly；Ridge pole connecting plate 14-1-12 is close to across ridge connecting plate 14-1-11, and at the middle part of plate length direction, nail penetrates the connection of span centre beam
Plate 14-1-13；Wallboard connecting plate 14-1-14 is penetrated in the corresponding position nail of wall top；Across ridge connecting plate 14-1-11, ridge pole connection
Plate 14-1-12, span centre beam connecting plate 14-1-13, wallboard connecting plate 14-1-14 are mutually parallel, both ends respectively with flying-rafter plate 14-
1-3, edges of boards connection wattle 14-1-4 nail connections；And ridge board 14-1-1, structure fascia 14-1-2, flying-rafter plate 14-1-3, plate
Side connection wattle 14-1-4, across ridge connecting plate 14-1-11, ridge pole connecting plate 14-1-12, span centre beam connecting plate 14-1-13, wall
The bottom of plate connecting plate (14-1-14) flushes；In span centre beam connecting plate 14-1-13, wallboard connecting plate 14-1-14 close to ridge
Plate 14-1-1 one sides, nail penetrates reinforcing beam connection snap-gauge 14-1-19 and connects snap-gauge 14-1-18 with wall is strengthened respectively, and stretches out respectively
Span centre beam connecting plate 14-1-13, the thickness that the length of wallboard connecting plate (14-1-14) is plate；In ridge pole connecting plate 14-1-12
Between reinforcing beam connection snap-gauge 14-1-19 and span centre beam connecting plate 14-1-13 connects snap-gauge 14-1-18 with wall is strengthened, and
Nail penetrates gable connecting plate 14-1-20, gable connecting plate 14-1-20 and gable respectively on position corresponding with gable wattle 14-1-5
The plate face of wattle 14-1-5 is mutually perpendicular to；Wattle 14-1-6, Guttr board 14-1-7, plate inner support in gable wattle 14-1-5, plate
It is flushed at the top of 14-1-8, plate closedtop panel 14-1-10 nails are penetrated at top；Ridge board 14-1-1, structure fascia 14-1-2, fly
The width that rafter plate 14-1-3, edges of boards connection wattle 14-1-4 stretch out plate closedtop panel 14-1-10 is the thickness of plate；In gable wattle
Wattle 14-1-6, which is respectively followed closely corresponding position, in 14-1-5, plate penetrates counter battens 14-1-16；The top nail of counter battens 14-1-16
Penetrate it is several, it is being mutually parallel and with the orthogonal tile batten 14-1-17 of counter battens 14-1-16；Ridge board 14-1-1, structure
Fascia 14-1-2, flying-rafter plate 14-1-3, edges of boards connection wattle 14-1-4, plate underseal panel 14-1-9, plate closedtop panel 14-1-
Tolerant noise-insulating warm-keeping material is respectively set in 10 spaces surrounded；The plate closedtop panel 14-1-10 preferentially uses load-bearing OSB plates,
The plate underseal panel 14-1-9 preferentially uses OSB plates；It is respectively the thickness that width is plate in the both sides of wallboard connecting plate 14-1-14
The wallboard connection scene Shi Ding areas 14-1-21 of degree；It is respectively the thickness that width is plate in the both sides of span centre beam connecting plate 14-1-13
Span centre beam connection scene Shi Ding areas 14-1-22；It is in the one side of the separate ridge board 14-1-1 of ridge pole connecting plate 14-1-12
Width connects scene Shi Ding areas 14-1-23 for the ridge pole of the thickness of plate；Connect in the both sides of gable connecting plate 14-1-20 for gable
Meet live Shi Ding areas 14-1-24；The part for exposing plate underseal panel 14-1-9 in the inside of edges of boards connection wattle 14-1-4 is plate
Between connect scene Shi Ding areas 14-1-25；Strengthen wall connect snap-gauge 14-1-18 connect with reinforcing beam snap-gauge 14-1-19 distinguish it is remote
One side from wallboard connecting plate 14-1-14 and span centre beam connecting plate 14-1-13, and expose wallboard connecting plate 14-1-14 and span centre
The part of beam connecting plate 14-1-13 is respectively that wallboard strengthens snap-gauge scene Shi Ding areas 14-1-26, span centre beam is strengthened snap-gauge scene and applied
Follow closely area 14-1-27.
The installation method of ridge gable roof boarding is in modularization：
Modularization cork wood structural system include basis 1, beam slab 2, bottom modularization superstructure 3, index bed modularization load-bearing exterior wall
Plate 4, index bed modularization load-bearing lining 5, index bed integrally strengthen raising-plate 6, index bed modularization superstructure 7, top-level module
Change top of the slope bearing external wall plate 8, top-level module side dress superstructure 9, top-level module gable bearing external wall plate 10, top layer integrally to strengthen
The orthogonal wooden frames 13 of the double T of the tilting T-shaped wooden frame 12 of tilting raising-plate 11, span centre, ridge, modularization roof slab 14；Described basic 1 it is upper
Portion is ground beam slab 2, and the top of ground beam slab 2 is bottom modularization superstructure 3, bottom modularization superstructure 3 and index bed modularization load-bearing
One end connection of Side fascia 4, index bed modularization load-bearing lining 5, index bed modularization bearing external wall plate 4, index bed module
The other end for changing load-bearing lining 5 is integrally strengthened raising-plate 6 with index bed respectively and is connected, index bed integrally strengthen raising-plate 6 with
Index bed modularization superstructure 7 connects, index bed modularization superstructure 7 and index bed modularization load-bearing lining 5, top-level module slope
One end connection of bearing external wall plate 8 is pushed up, the other end and the top-level module side of index bed modularization load-bearing lining 5 fill superstructure 9
Connection, the other end of top-level module top of the slope bearing external wall plate 8 are integrally strengthened tilting raising-plate 11 with top layer and are connected, top-level module
Change top of the slope bearing external wall plate 8, top-level module side dress superstructure 9, top layer and integrally strengthen the tilting T-shaped wood of tilting raising-plate 11, span centre
The orthogonal wooden frames 13 of the double T of beam 12, ridge, modularization roof slab 14 are connected with top-level module gable bearing external wall plate 10；Module
Change the gable connecting plate 14-1-20 of roof slab 14 and the top-level module gable bearing external wall plate 10 of bottom connects, in bottom
Gable connection scene Shi Ding areas 14-1-24 directly applies nail and connects the two；Ridge board 14-1-1, across ridge connecting plate 14-1-11 with
The modularization roof slab 14 of offside connects, and directly applying nail in ridge board 14-1-1 connects the two；Ridge pole connecting plate 14-1-12
Wooden frame 13 orthogonal with the double T of ridge connects, and directly applying nail in ridge pole connection scene Shi Ding areas 14-1-23 connects the two；Span centre
Beam connecting plate 14-1-13 is connected with the tilting T-shaped wooden frame 12 of span centre, and nail is directly applied in span centre beam connection scene Shi Ding areas 14-1-22
The two is connected；Wallboard connecting plate 14-1-14 integrally strengthens tilting top beam with top-level module top of the slope bearing external wall plate 8, top layer
Plate 11 connects, and directly applying nail in wallboard connection scene Shi Ding areas 14-1-21 connects three.
The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (3)
1. ridge gable roof boarding in modularization, it is characterised in that：Including ridge board (14-1-1), structure fascia (14-1-
2), flying-rafter plate (14-1-3), edges of boards connection wattle (14-1-4), gable wattle (14-1-5), wattle (14-1-6) in plate, cornice
Plate (14-1-7), plate inner support (14-1-8), plate underseal panel (14-1-9), plate closedtop panel (14-1-10), across ridge connecting plate
(14-1-11), ridge pole connecting plate (14-1-12), span centre beam connecting plate (14-1-13), wallboard connecting plate (14-1-14), eaves
Mouth awning structure plate (14-1-15), counter battens (14-1-16), tile batten (14-1-17), reinforcement wall connection snap-gauge (14-1-
18), reinforcing beam connection snap-gauge (14-1-19), gable connecting plate (14-1-20), wallboard connection scene Shi Ding areas (14-1-21),
Nail is applied at span centre beam connection scene Shi Ding areas (14-1-22), ridge pole connection scene Shi Ding areas (14-1-23), gable connection scene
Scene Shi Ding areas (14-1-25) is connected between area (14-1-24), plate, wallboard strengthens snap-gauge scene Shi Ding areas (14-1-26), span centre
Beam strengthens snap-gauge scene Shi Ding areas (14-1-27)；The flying-rafter plate (14-1-3), gable wattle (14-1-5), in several plates
Wattle (14-1-6) connects wattle (14-1-4) with edges of boards, and uniform parallel arranges successively；Wherein one end is ridge board (14-1-1),
The other end is structure fascia (14-1-2) and cornice awning structure plate (14-1-15)；Ridge board (14-1-1), structure fascia
(14-1-2) and cornice awning structure plate (14-1-15) respectively in flying-rafter plate (14-1-3), gable wattle (14-1-5), plate
Wattle (14-1-6) connects wattle (14-1-4) connection with edges of boards；Structure fascia (14-1-2) and cornice awning structure plate (14-
1-15) it is mutually perpendicular to；Between flying-rafter plate (14-1-3) and gable wattle (14-1-5) and gable wattle (14-1-5) and plate
The Guttr board (14-1-7) of several uniform parallels is respectively set between interior wattle (14-1-6)；Wattle (14-1-6) in plate
It is respectively set between wattle (14-1-6) in wattle (14-1-6) and plate between edges of boards connection wattle (14-1-4) and in plate
Put 2-3 guidance tapes inner support (14-1-8)；Wattle (14-1-6) in gable wattle (14-1-5), plate, Guttr board (14-1-7), in plate
The bottom of support (14-1-8) flushes, and plate underseal panel (14-1-9) nail is penetrated in bottom；Ridge board (14-1-1), structure fascia
The width that (14-1-2), flying-rafter plate (14-1-3), edges of boards connection wattle (14-1-4) stretch out plate underseal panel (14-1-9) is plate
Thickness；Across ridge connecting plate (14-1-11) is close to ridge board (14-1-1), and the two plate face is mutually perpendicular to；Ridge pole connecting plate
(14-1-12) is close to across ridge connecting plate (14-1-11), and at the middle part of plate length direction, nail penetrates span centre beam connecting plate (14-1-
13)；Wallboard connecting plate (14-1-14) is penetrated in the corresponding position nail of wall top；Across ridge connecting plate (14-1-11), ridge pole connecting plate
(14-1-12), span centre beam connecting plate (14-1-13), wallboard connecting plate (14-1-14) are mutually parallel, both ends respectively with flying-rafter
Plate (14-1-3), edges of boards connection wattle (14-1-4) follow closely connection；And ridge board (14-1-1), structure fascia (14-1-2), fly
Rafter plate (14-1-3), edges of boards connection wattle (14-1-4), across ridge connecting plate (14-1-11), ridge pole connecting plate (14-1-12),
Span centre beam connecting plate (14-1-13), the bottom of wallboard connecting plate (14-1-14) flush；In span centre beam connecting plate (14-1-
13), wallboard connecting plate (14-1-14) penetrates reinforcing beam connection snap-gauge (14-1-19) close to ridge board (14-1-1) one side, respectively nail
Snap-gauge (14-1-18) is connected with wall is strengthened, and stretches out span centre beam connecting plate (14-1-13), wallboard connecting plate (14-1-14) respectively
Length be plate thickness；Between ridge pole connecting plate (14-1-12) and reinforcing beam connection snap-gauge (14-1-19) and span centre
Beam connecting plate (14-1-13) connects snap-gauge (14-1-18) with wall is strengthened, and divides on position corresponding with gable wattle (14-1-5)
Gable connecting plate (14-1-20) Ding not be penetrated, gable connecting plate (14-1-20) and the plate face of gable wattle (14-1-5) are mutually hung down
Directly；Wattle (14-1-6), Guttr board (14-1-7), the top of plate inner support (14-1-8) are neat in gable wattle (14-1-5), plate
Flat, plate closedtop panel (14-1-10) nail is penetrated at top；Ridge board (14-1-1), structure fascia (14-1-2), flying-rafter plate (14-
1-3), the width that edges of boards connection wattle (14-1-4) stretches out plate closedtop panel (14-1-10) is the thickness of plate；In gable wattle
The corresponding position of wattle (14-1-6), which is respectively followed closely, in (14-1-5), plate penetrates counter battens (14-1-16)；Counter battens (14-1-16)
Top nail penetrate it is that several are mutually parallel and with counter battens (14-1-16) orthogonal tile batten (14-1-17)；Ridge board
(14-1-1), structure fascia (14-1-2), flying-rafter plate (14-1-3), edges of boards connection wattle (14-1-4), plate underseal panel
Tolerant noise-insulating warm-keeping material is respectively set in the space that (14-1-9), plate closedtop panel (14-1-10) surround；In wallboard connecting plate
The both sides of (14-1-14) are respectively that the wallboard for the thickness that width is plate connects scene Shi Ding areas (14-1-21)；It is connected in span centre beam
The both sides of plate (14-1-13) are respectively that the span centre beam for the thickness that width is plate connects scene Shi Ding areas (14-1-22)；In ridge pole
The one side of the separate ridge board (14-1-1) of connecting plate (14-1-12) is that nail is applied at the ridge pole connection scene for the thickness that width is plate
Area (14-1-23)；In the both sides of gable connecting plate (14-1-20) scene Shi Ding areas are connected for gable（14-1-24）；Connect in edges of boards
The part for connecing the inside exposing plate underseal panel (14-1-9) of wattle (14-1-4) connects scene Shi Ding areas (14-1- between plate
25)；Snap-gauge (14-1-19) is connected with reinforcing beam be respectively further from wallboard connecting plate (14- in reinforcement wall connection snap-gauge (14-1-18)
1-14) and the one side of span centre beam connecting plate (14-1-13), and wallboard connecting plate (14-1-14) and span centre beam connecting plate are exposed
The part of (14-1-13) is respectively that wallboard strengthens snap-gauge scene Shi Ding areas (14-1-26), span centre beam strengthens snap-gauge scene Shi Ding areas
(14-1-27)。
2. ridge gable roof boarding in modularization according to claim 1, it is characterised in that：The plate closedtop panel (14-
1-10) preferentially using load-bearing OSB plates, the plate underseal panel (14-1-9) preferentially uses OSB plates.
3. the installation method of ridge gable roof boarding in modularization, it is characterised in that：The gable of modularization roof slab (14) is connected
Fishplate bar (14-1-20) is connected with the top-level module gable bearing external wall plate (10) of bottom, is applied at the gable connection scene of bottom
Nail area (14-1-24) directly applies nail and connects the two；The mould of ridge board (14-1-1), across ridge connecting plate (14-1-11) and offside
Block roof slab (14) connects, and directly applying nail in ridge board (14-1-1) connects the two；Ridge pole connecting plate (14-1-12) with
The double orthogonal wooden frames of T (13) connections of ridge, directly apply nail in ridge pole connection scene Shi Ding areas (14-1-23) and connect the two；Across
Central sill connecting plate (14-1-13) T-shaped wooden frame (12) tilting with span centre is connected, and scene Shi Ding areas (14-1-22) is connected in span centre beam
Nail is directly applied to connect the two；Wallboard connecting plate (14-1-14) and top-level module top of the slope bearing external wall plate (8), top layer are whole
Strengthen tilting raising-plate (11) connection, directly applying nail in wallboard connection scene Shi Ding areas (14-1-21) connects three.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810054622.0A CN108086469A (en) | 2018-01-19 | 2018-01-19 | Ridge gable roof boarding and its installation method in modularization |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810054622.0A CN108086469A (en) | 2018-01-19 | 2018-01-19 | Ridge gable roof boarding and its installation method in modularization |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108086469A true CN108086469A (en) | 2018-05-29 |
Family
ID=62183310
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810054622.0A Withdrawn CN108086469A (en) | 2018-01-19 | 2018-01-19 | Ridge gable roof boarding and its installation method in modularization |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108086469A (en) |
-
2018
- 2018-01-19 CN CN201810054622.0A patent/CN108086469A/en not_active Withdrawn
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Application publication date: 20180529 |