CN109838024A - A kind of assembled architecture roof construction method - Google Patents
A kind of assembled architecture roof construction method Download PDFInfo
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- CN109838024A CN109838024A CN201910256268.4A CN201910256268A CN109838024A CN 109838024 A CN109838024 A CN 109838024A CN 201910256268 A CN201910256268 A CN 201910256268A CN 109838024 A CN109838024 A CN 109838024A
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Abstract
The invention discloses a kind of assembled architecture roof construction methods, comprising the following steps: S1, vertically sets up several main load-bearing frames on wall top；S2, positive spine bottom end are bolted by fixed straight fastener with main load-bearing frame top；S3, positive ridge wood dragon is fixedly connected on positive spine top；S4, several purlins are equidistantly set up in the bevel edge upper end of main load-bearing frame；S5, several wattles are equidistantly set up on purlin；S6, several tile battens are equidistantly set up on wattle, tile batten is bolted with wattle；S7, the main load-bearing frame lateral surface in roof two sides are bolted gable；S8, ridge wood dragon of hanging down is set up in roof two sides, saddle ridge is installed on the imperial top of ridge wood of hanging down；The ridge that hangs down is installed on S9, the vertical ridge wood dragon below saddle ridge；S10, pressure ridge is connected by U-shaped fastener in saddle ridge upper surface；S11, top ridge is connected by U-shaped fastener in vertical ridge upper end；S12, it is laid with ridge tiles on the outside of positive ridge wood dragon, is laid with slope surface watt in tile batten upper surface.
Description
Technical field
The present invention relates to building field more particularly to a kind of assembled architecture roof construction methods.
Background technique
Chinese style ancient architecture is the rarity of China's historic evolution, has incomparable unique aesthetic feeling.Traditional Chinese style is ancient
Generation building is nearly all post and panel structure, and wood consumption is big, does not meet the developing direction of current green building, and build work
Sequence is more and complicated, and construction efficiency is low, and fire protecting performance is also poor.
In recent years the steel building widelyd popularize due to structural strength is high, anti-seismic performance is good, it is energy saving, can be achieved batch production and
The various advantages such as standardized production, on-site consolidation, easy for construction, short construction period, area utilization rate height, become green building
Developing direction.But steel building is chiefly used in Super High, longspan structure, applies in pseudo-classic architecture few.
With the continuous growth of Chinese traditional culture constantly carried forward with the modern imitations building market demand, and in order to comply with
The modernization reform of pseudo-classic architecture is realized in the direction of Green Architectural Development, becomes the developing direction of ancient building industry.
Summary of the invention
Object of the present invention is in view of the above-mentioned problems, providing that a kind of structure is simple, solid firm assembled architecture roof structure
Construction method
To achieve the goals above, the technical scheme is that
A kind of assembled architecture roof construction method, comprising the following steps:
S1, several main load-bearing frames are vertically set up on wall top, main load-bearing frame is isosceles triangle, main load-bearing frame packet
Bottom edge, bevel edge are included, bottom edge is bolted with bevel edge and bottom edge is bolted with wall top, several main load-bearing frames are relatively flat
Row setting；
It being connected between S2, several main load-bearing frames by positive spine, the length direction of positive spine and main load-bearing frame are perpendicular,
Positive spine bottom end is bolted by fixed straight fastener with main load-bearing frame top；
S3, positive ridge wood dragon is fixedly connected on positive spine top；
S4, several purlins, the direction phase in the direction of purlin and positive spine are equidistantly set up in the bevel edge upper end of main load-bearing frame
In parallel, purlin is bolted by wingceltis beam attachment fastener and the bevel edge of main load-bearing frame；
S5, several wattles are equidistantly set up on purlin, wattle is parallel with the bevel edge of main load-bearing frame, and wattle and purlin are logical
The imperial installation part of ridge wood that hangs down is crossed to be bolted；
S6, several tile battens are equidistantly set up on wattle, its spacing is less than roofing tile length, and tile batten is equal with purlin direction
Row, tile batten are bolted with wattle；
S7, the main load-bearing frame lateral surface in roof two sides are bolted gable；
S8, ridge wood dragon of hanging down is set up in roof two sides, vertical ridge wood dragon is parallel with wattle, and the ridge wood that hangs down is imperial and purlin passes through ridge wood dragon of hanging down
Installation part is bolted, and saddle ridge is installed on the imperial top of ridge wood of hanging down, and saddle ridge is socketed in vertical ridge wood dragon outside and saddle ridge side is logical
Extension button fastener is crossed to be bolted with positive ridge wood dragon；
The ridge that hangs down is installed on S9, the vertical ridge wood dragon below saddle ridge, vertical ridge be socketed in vertical ridge wood dragon outside and with the vertical imperial spiral shell of ridge wood
It tethers and connects；
S10, pressure ridge is connected by U-shaped fastener in saddle ridge upper surface；
S11, top ridge is connected by U-shaped fastener in vertical ridge upper end；
S12, it is laid with ridge tiles on the outside of positive ridge wood dragon, is laid with slope surface watt in tile batten upper surface.
Further, the main load-bearing frame further includes support edge, reinforces side；Bolt connects in the middle part of support edge bottom end and bottom edge
It connects, support edge top and the top of two bevel edges are bolted, and are reinforced being bolted in the middle part of side bottom end and bottom edge, are reinforced side top
It is bolted with bevel edge middle part.
Further, the straight fastener of the fixation includes riser, transverse slat, the first side guard plate；Riser, transverse slat, the first side guard plate
It is integrally formed, the first connection through-hole is provided on riser and is connected by the first connection through-hole and main load-bearing frame top side bolt
It connects, riser top side vertically connects transverse slat, and transverse slat two sides vertically connect the first side guard plate, and positive spine interlocking is two the first sides
On the inside of backplate and the by being located on transverse slat second connection through-hole is bolted with positive spine.
Further, the wingceltis beam attachment fastener includes bottom plate, folded plate, the first connecting plate；Bottom plate, folded plate, the first connection
Plate is integrally formed, and third connection through-hole is provided on bottom plate and connects the bevel edge upper surface of through-hole and main load-bearing frame by third
It is bolted, folded plate bottom end is vertical with bottom plate side to be connect, and folded plate side is vertical with the first connecting plate to be connect, and the first connecting plate is in
It is rectangular-shaped, it is provided with the 4th connection through-hole on the first connecting plate and is connect by the 4th connection through-hole with purlin side bolt.
Further, the vertical imperial installation part of ridge wood includes the second connecting plate, third connecting plate；Second connecting plate and third
Connecting plate be integrally formed, the second connecting plate upper end be provided with the 5th connection through-hole, the second connecting plate by the 5th connection through-hole with
The imperial side bolt connection of the ridge wood that hangs down, the second connecting plate lower end side vertically connect third connecting plate, and third connecting plate is rectangular,
It is provided with the 6th connection through-hole on third connecting plate and is connect by the 6th connection through-hole with purlin side bolt.
Further, it is provided with fascia below the main load-bearing frame, fascia is bolted under main load-bearing frame
On the wall at the end or bottom edge side of main load-bearing frame, fascia are higher than one end far from wall close to one end of wall.
Further, the fascia on the wall for being connected to main load-bearing frame lower end includes fixed plate, the 4th connection
Plate, the 5th connecting plate, the second side guard plate；Fixed plate is rectangular and fixed plate on be provided with ventilation hole, fixed front edge of board connection
There is the 4th connecting plate vertically upward, the 4th connecting plate is bolted with wall, and fixed plate two sides are connected with the 5th connecting plate, the
Five connecting plates are bolted with adjacent fascia, and fixed plate rear end is connected with the second side guard plate vertically upward, second side shield
The height of plate is higher than the height of the 4th connecting plate, the 5th connecting plate.
Further, the fascia of the bottom edge side for being connected to main load-bearing frame includes the second fixed plate, the 6th company
Fishplate bar, third side guard plate；Second fixed plate is rectangular, and the second fixed front edge of board is connected with the 6th connecting plate vertically upward,
The bottom edge medial surface of 6th connecting plate and main load-bearing frame is bolted, and the second fixed plate rear end is connected with third vertically downward
Side guard plate, third side guard plate bottom end vertically connect the 7th connecting plate, and the 7th connecting plate is parallel with the second fixed plate, and second is fixed
Plate, third side guard plate are connected with rectangular steel tube between the 7th connecting plate.
Further, the gable is spliced by several wallboards, and the wallboard includes in hollow plate and wallboard
Integrally formed with stiffening plate, wallboard top is provided with the first installation protrusion and the first installation groove in portion, wallboard bottom end be provided with
Wallboard apical position opposite the second installation protrusion and the second installation groove, the first installation protrusion and the second installation of adjacent wall board
Groove is mutually fitted into, the first installation groove is mutually chimeric with the second installation protrusion；The wallboard back side and main load-bearing frame lateral surface bolt connect
It connects.
Compared with prior art, the advantages and positive effects of the present invention are:
The present invention connect the design of positive spine by using main load-bearing frame with wall connecting and main load-bearing frame top, so that room
The overall structure in room is more firm, ensure that the stability of ancient building house frame structure；And it is set up on main load-bearing frame
Purlin, wattle, tile batten, hang down ridge wood dragon and the design using the connector being matched therewith, so that timber and steel frame construction
Between be all made of and be bolted, the connection of house entirety is improved while improving the compactness between timber and steel frame construction
Stability；On the other hand, the design of roof side top connection saddle ridge, the ridge that hangs down, avoids roof and the situations such as leak occurs
The antique effect of ancient building is increased simultaneously, to increase the ornamental value of people.
From the point of view of the entire technical solution of front, the present invention is mainly reflected in the installation on ancient building roof, but of the invention
Be not limited to ancient building field, it can also be used to the installation on slope surface roof, install convenient, quickly (as long as the set-up time 13 most fast
A hour roof), can be with high-volume production, entire installation is all attached by fixing piece from fascia to saddle ridge, is tied
Structure is more firm, and being that traditional East and West direction is modernized, but has no lack of ancient building style again originally, traditional saddle ridge is needed
Want tile slowly to renovate, be changed to now can the direct metal material of volume production saddle ridge, when installation, is also more convenient, completes
The reform of ancient architecture modernization.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention without any creative labor, may be used also for those of ordinary skill in the art
To obtain other drawings based on these drawings.
Fig. 1 is the structural diagram of the present invention
Fig. 2 is local structural graph of the invention；
Fig. 3 is assembly structure figure of the invention；
Fig. 4 is the partial enlarged view of Fig. 2；
Fig. 5 is assembling detail figure of the invention；
Fig. 6 is the structural schematic diagram of main load-bearing frame；
Fig. 7 is the structural schematic diagram of fixed straight fastener；
Fig. 8 is the structural schematic diagram of wingceltis beam attachment fastener；
Fig. 9 is the structural schematic diagram of the vertical imperial installation part of ridge wood；
Figure 10 is the structural schematic diagram of vertical ridge；
Figure 11 is fascia connection structure diagram one；
Figure 12 is the partial enlarged view of Figure 11；
Figure 13 is the fascia structure chart in Figure 11；
Figure 14 is fascia connection structure diagram two；
Figure 15 is the partial enlarged view of Figure 14；
Figure 16 is the structural schematic diagram of wallboard.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment, any modification, equivalent replacement, improvement and so on should all be included in the protection scope of the present invention.
As shown in Fig. 1 to Figure 16, a kind of assembled architecture roof construction method, comprising the following steps:
S1, several main load-bearing frames 1 are vertically set up on wall top, main load-bearing frame 1 includes bottom edge 8, bevel edge 9, bottom edge 8 with
Bevel edge 9 is bolted and bottom edge 8 is bolted with wall top, several main load-bearing frames 1 are arranged in parallel relatively；
It is connected between S2, several main load-bearing frames 1 by positive spine 32, the length direction of positive spine 32 and main load-bearing frame 1
Perpendicular, positive 32 bottom end of spine is bolted by fixed straight fastener 17 with main 1 top of load-bearing frame；
S3, positive ridge wood dragon 10 is fixedly connected on positive 32 top of spine；
S4, several purlins 2, the direction of purlin 2 and positive spine 32 are equidistantly set up in 9 upper end of bevel edge of main load-bearing frame 1
Direction is parallel, and purlin 2 is bolted by wingceltis beam attachment fastener 20 and the bevel edge 9 of main load-bearing frame 1；
S5, several wattles 5 are equidistantly set up on purlin 2, wattle 5 is parallel with the bevel edge 9 of main load-bearing frame 1, wattle 5 with
Purlin 2 is bolted by the imperial installation part 18 of ridge wood that hangs down；
S6, several tile battens 6 are equidistantly set up on wattle 5, its spacing is less than roofing tile length, tile batten 6 and 2 direction of purlin
Parallel, tile batten 6 is bolted with wattle 5；
S7,1 lateral surface of main load-bearing frame in roof two sides are bolted gable 47；
S8, ridge wood dragon 46 of hanging down is set up in roof two sides, hanging down, ridge wood dragon 46 is similar with wattle 5, and the diameter than wattle 5 is big；Hang down ridge wood
Dragon 46 is parallel with wattle 5, and ridge wood dragon 46 of hanging down is bolted with purlin 2 by the imperial installation part 18 of ridge wood that hangs down, in vertical ridge wood dragon 46
Saddle ridge 7 is installed on top, and in the rectangular-shaped of bottom end opening, saddle ridge 7 is socketed in vertical 46 outside of ridge wood dragon for the cross section of saddle ridge 7
And 7 side of saddle ridge is bolted by extending button fastener 33 and positive ridge wood dragon 10, the cross section of positive ridge wood dragon be in it is I-shaped, prolong
Long button fastener is L-shaped, and the one end for extending button fastener is rabbeted in the groove at I-shaped middle part and by bolt and positive ridge wood dragon
Connection；
S9, pressure ridge 21 is connected by U-shaped fastener 19 in 7 upper surface of saddle ridge；19 bottom surface of U-shaped fastener and horse in as shown in Figure 4
7 upper surface of saddle ridge is bolted, and the cross section of pressure ridge 21 is in the rectangular-shaped outside for being socketed in U-shaped fastener 19 of bottom end opening, pressure
Ridge 21 is bolted with U-shaped fastener 19 by the mounting hole of two sides；
The ridge 3 that hangs down is installed on S10, the vertical ridge wood dragon 46 below saddle ridge 7, the ridge 3 that hangs down be socketed in 46 outside of vertical ridge wood dragon and with hang down
Ridge wood dragon 46 is bolted；The ridge that hangs down is as shown in Figure 10, is socketed in vertical 46 outside of ridge wood dragon and is in close to a side baffle of eaves
Ladder-like, side is connect by bolt with vertical imperial 46 sides of ridge wood, increases ancient building roof while increasing waterproof effect
Appreciation effect.
S11, top ridge 4 is connected by U-shaped fastener 19 in vertical 3 upper end of ridge；The mounting structure of top ridge 4 and the installation knot of pressure ridge 21
Structure is identical, is connected by U-shaped fastener 19.
S12, it is laid with ridge tiles 34 in positive 10 outside of ridge wood dragon, is laid with slope surface watt 35 in 6 upper surface of tile batten.
The main load-bearing frame further includes support edge 11, reinforces side 12；11 bottom end of support edge and 8 middle part bolt of bottom edge connect
It connects, 11 top of support edge and the top of two bevel edges 9 are bolted, and are reinforced being bolted in the middle part of 12 bottom end of side and bottom edge 8, be reinforced
It is bolted in the middle part of 12 top of side and bevel edge 9.
The straight fastener 17 of fixation includes riser 27, transverse slat 29, the first side guard plate 30；Riser 27, transverse slat 29, the first side shield
Plate 30 is integrally formed, and the first connection through-hole 28 is provided on riser 27 and is pushed up by the first connection through-hole 28 and main load-bearing frame 1
End side surface is bolted, and 27 top side of riser vertically connects transverse slat 29, and 29 two sides of transverse slat vertically connect the first side guard plate 30, just
The interlocking of spine 32 is in two 30 insides of the first side guard plate and the by being located on transverse slat 29 second connection through-hole 31 and positive spine 32
It is bolted.
The wingceltis beam attachment fastener 20 includes bottom plate 22, folded plate 24, the first connecting plate 26；Bottom plate 22, folded plate 24, first connect
Fishplate bar 26 is integrally formed, and third connection through-hole 23 is provided on bottom plate 22 and connects through-hole 23 and main load-bearing frame 1 by third
9 upper surface of bevel edge be bolted, 24 bottom end of folded plate is vertical with 22 side of bottom plate to be connect, 24 side of folded plate and the first connecting plate 26
Vertical connection, the first connecting plate 26 is rectangular, and the 4th connection through-hole 25 is provided on the first connecting plate 26 and is connected by the 4th
Hole 25 is connected to connect with 2 side bolt of purlin.
The vertical imperial installation part 18 of ridge wood includes the second connecting plate 15, third connecting plate 13；Second connecting plate 15 and third
Connecting plate 13 is integrally formed, and 15 upper end of the second connecting plate is provided with the 5th connection through-hole 16, and the second connecting plate 15 connects by the 5th
Hole 16 to be connected to connect with vertical imperial 46 side bolts of ridge wood, 15 lower end side of the second connecting plate vertically connects third connecting plate 13, the
Three connecting plates 13 are rectangular, the 6th connection through-hole 14 are provided on third connecting plate 13 and by the 6th connection through-hole 14 and purlin
The connection of 2 side bolt of item.
Fascia is provided with below the main load-bearing frame 1；Fascia is used primarily in the ancient architecture for not designing eaves structure
It builds in house roof, primarily serves anti-ventilation rainproof and envelope eaves effect, and the modelled after an antique of ancient building roof structure can be increased
Effect increases its ornamental value；There are two types of the primary structures of fascia, a kind of wall being bolted to main load-bearing frame lower end
On, another kind is bolted to the bottom edge side of main load-bearing frame；Fascia is close to wall or close to one end of main load-bearing frame
Mounting height be higher than its height far from wall or main load-bearing frame one end, which is in order to when rainy, and rainwater can be with
Directly it will not accumulate on fascia toward flowing down along fascia, improve the waterproof effect of roof structure.
Fascia on the wall for being connected to main 1 lower end of load-bearing frame includes fixed plate 39, the 4th connecting plate 36,
Five connecting plates 37, the second side guard plate 38；Fixed plate 39 is rectangular and fixed plate 39 on be provided with ventilation hole 40, ventilation hole 40
Effect is in order to which when blowing, wind-force can be blown out from ventilation hole 40, and avoiding causes to be located at house eaves position because wind-force is excessive
Fascia blown afloat or damaged, improve the service life of fascia；39 front end of fixed plate is connected with the 4th vertically upward
Connecting plate 36, the 4th connecting plate 36 are bolted with wall, and 39 two sides of fixed plate are connected with the 5th connecting plate 37, the 5th connecting plate
37 are bolted with adjacent fascia, and 39 rear end of fixed plate is connected with the second side guard plate 38 vertically upward, the second side guard plate
38 height is higher than the height that the 4th connecting plate the 36, the 5th connects 37 plates.
The fascia of the bottom edge side for being connected to main load-bearing frame 1 include the second fixed plate 41, the 6th connecting plate 45,
Third side guard plate 42；Second fixed plate 41 is rectangular, and 41 front end of the second fixed plate is connected with the 6th connecting plate vertically upward
45, the bottom edge medial surface of the 6th connecting plate 45 and main load-bearing frame 1 is bolted, 41 rear end of the second fixed plate be connected with vertically to
Under third side guard plate 42,42 bottom end of third side guard plate vertically connects the 7th connecting plate 44, and the 7th connecting plate 44 and second is fixed
Plate 41 is parallel, and the second fixed plate 41, third side guard plate 42 are connected with rectangular steel tube 43 between the 7th connecting plate 44.Square bar
Pipe 43 can increase the structural soundness of fascia, and adjacent fascia can be connected together, and improve fascia
Ventilation effect, to improve its service life.
The gable 47 is spliced by several wallboards 48, and the wallboard 48 includes in inside hollow plate and wallboard 48
Integrally formed with stiffening plate 49,48 top of wallboard is provided with the first installation protrusion 50 and the first installation groove 51,48 bottom end of wallboard
It is provided with the second installation protrusion 52 and second installation groove 53 opposite with 48 apical position of wallboard, it is during installation, neighbouring
Two blocks of wallboards 48 in, be located below the first installation protrusion 50 of wallboard 48 and be located above the second installation groove 53 of wallboard 48
Mutually chimeric, the first installation groove 51 for being located below wallboard 48 is mutually chimeric with the second installation protrusion 52 for being located above wallboard 48；
48 back side of wallboard is connect with main 1 side bolt of load-bearing frame.The design structure increases structural soundness of the invention, to prolong
Service life is grown.
From the point of view of the entire technical solution of front, the present invention is mainly reflected in the installation on ancient building roof, but of the invention
Be not limited to ancient building field, it can also be used to the installation on slope surface roof, install convenient, quickly (as long as the set-up time 13 most fast
A hour roof), can be with high-volume production, entire installation is all attached by fixing piece from fascia to saddle ridge, is tied
Structure is more firm, and being that traditional East and West direction is modernized, but has no lack of ancient building style again originally, traditional saddle ridge is needed
Want tile slowly to renovate, be changed to now can the direct metal material of volume production saddle ridge, when installation, is also more convenient, completes
The reform of ancient architecture modernization.
The present invention connect the design of positive spine by using main load-bearing frame with wall connecting and main load-bearing frame top, makes
The overall structure for obtaining house is more firm, ensure that the stability of ancient building house frame structure；And on main load-bearing frame
Purlin, wattle, tile batten, hang down ridge wood dragon and the design using the connector being matched therewith are set up, so that timber and steelframe
It is all made of and is bolted between structure, house entirety is improved while improving the compactness between timber and steel frame construction
Stable connection；On the other hand, the design of roof side top connection saddle ridge, the ridge that hangs down, avoids roof and the shapes such as leak occurs
The antique effect of ancient building is increased while condition, to increase the ornamental value of people.
Claims (9)
1. a kind of assembled architecture roof construction method, it is characterised in that: the following steps are included:
S1, several main load-bearing frames are vertically set up on wall top, main load-bearing frame is isosceles triangle, main load-bearing frame packet
Bottom edge, bevel edge are included, bottom edge is bolted with bevel edge and bottom edge is bolted with wall top, several main load-bearing frames are relatively flat
Row setting；
It being connected between S2, several main load-bearing frames by positive spine, the length direction of positive spine and main load-bearing frame are perpendicular,
Positive spine bottom end is bolted by fixed straight fastener with main load-bearing frame top；
S3, positive ridge wood dragon is fixedly connected on positive spine top；
S4, several purlins, the direction phase in the direction of purlin and positive spine are equidistantly set up in the bevel edge upper end of main load-bearing frame
In parallel, purlin is bolted by wingceltis beam attachment fastener and the bevel edge of main load-bearing frame；
S5, several wattles are equidistantly set up on purlin, wattle is parallel with the bevel edge of main load-bearing frame, and wattle and purlin are logical
The imperial installation part of ridge wood that hangs down is crossed to be bolted；
S6, several tile battens are equidistantly set up on wattle, its spacing is less than roofing tile length, and tile batten is equal with purlin direction
Row, tile batten are bolted with wattle；
S7, the main load-bearing frame lateral surface in roof two sides are bolted gable；
S8, ridge wood dragon of hanging down is set up in roof two sides, vertical ridge wood dragon is parallel with wattle, and the ridge wood that hangs down is imperial and purlin passes through ridge wood dragon of hanging down
Installation part is bolted, and saddle ridge is installed on the imperial top of ridge wood of hanging down, and saddle ridge is socketed in vertical ridge wood dragon outside and saddle ridge side is logical
Extension button fastener is crossed to be bolted with positive ridge wood dragon；
The ridge that hangs down is installed on S9, the vertical ridge wood dragon below saddle ridge, vertical ridge be socketed in vertical ridge wood dragon outside and with the vertical imperial spiral shell of ridge wood
It tethers and connects；
S10, pressure ridge is connected by U-shaped fastener in saddle ridge upper surface；
S11, top ridge is connected by U-shaped fastener in vertical ridge upper end；
S12, it is laid with ridge tiles on the outside of positive ridge wood dragon, is laid with slope surface watt in tile batten upper surface.
2. assembled architecture roof as described in claim 1 construction method, it is characterised in that: the main load-bearing frame further includes
Side is reinforced in support edge；It is bolted in the middle part of support edge bottom end and bottom edge, support edge top and the top bolt of two bevel edges connect
It connects, reinforces being bolted in the middle part of side bottom end and bottom edge, reinforce being bolted in the middle part of side top and bevel edge.
3. assembled architecture roof as claimed in claim 2 construction method, it is characterised in that: the straight fastener of fixation includes perpendicular
Plate, transverse slat, the first side guard plate；Riser, transverse slat, the first side guard plate are integrally formed, and the first connection through-hole is provided on riser and is led to
It crosses the first connection through-hole to be bolted with main load-bearing frame top side, riser top side vertically connects transverse slat, transverse slat two sides
The first side guard plate of vertical connection, positive spine interlocking is on the inside of two the first side guard plates and the by being located on transverse slat second connection is logical
Kong Yuzheng spine is bolted.
4. assembled architecture roof as described in claim 1 construction method, it is characterised in that: the wingceltis beam attachment fastener includes
Bottom plate, folded plate, the first connecting plate；Bottom plate, folded plate, the first connecting plate are integrally formed, be provided on bottom plate third connection through-hole and
It being bolted by the bevel edge upper surface that third connects through-hole and main load-bearing frame, folded plate bottom end is vertical with bottom plate side to be connect,
Folded plate side is vertical with the first connecting plate to be connect, and the first connecting plate is rectangular, and it is logical that the 4th connection is provided on the first connecting plate
Hole and by the 4th connection through-hole connect with purlin side bolt.
5. assembled architecture roof as described in claim 1 construction method, it is characterised in that: the vertical ridge wood Long Anzhuanjianbao
Include the second connecting plate, third connecting plate；Second connecting plate and third connecting plate are integrally formed, and the second connecting plate upper end is provided with the
Five connection through-holes, the second connecting plate are connect by the 5th connection through-hole with the vertical imperial side bolt of ridge wood, the second connecting plate lower end side
Face vertically connects third connecting plate, and third connecting plate is rectangular, and the 6th connection through-hole is provided on third connecting plate and is passed through
6th connection through-hole is connect with purlin side bolt.
6. assembled architecture roof as described in claim 1 construction method, it is characterised in that: set below the main load-bearing frame
It is equipped with fascia, fascia bolt is connected on the wall of main load-bearing frame lower end or the bottom edge side of main load-bearing frame, fascia
It is higher than one end far from wall close to one end of wall.
7. assembled architecture roof as claimed in claim 6 construction method, it is characterised in that: described to be connected to main load-bearing frame
Fascia on the wall of lower end includes fixed plate, the 4th connecting plate, the 5th connecting plate, the second side guard plate；Fixed plate is in rectangle
Ventilation hole is provided on shape and fixed plate, fixed front edge of board is connected with the 4th connecting plate vertically upward, the 4th connecting plate and wall
Body is bolted, and fixed plate two sides are connected with the 5th connecting plate, and the 5th connecting plate is bolted with adjacent fascia, fixed plate
Rear end is connected with the second side guard plate vertically upward, and the height of the second side guard plate is higher than the height of the 4th connecting plate, the 5th connecting plate
Degree.
8. assembled architecture roof as claimed in claim 6 construction method, it is characterised in that: described to be connected to main load-bearing frame
Bottom edge side fascia include the second fixed plate, the 6th connecting plate, third side guard plate；Second fixed plate is rectangular, the
Two fixed front edge of board are connected with the 6th connecting plate vertically upward, the bottom edge medial surface bolt of the 6th connecting plate and main load-bearing frame
Connection, the second fixed plate rear end are connected with third side guard plate vertically downward, and third side guard plate bottom end vertically connects the 7th connection
Plate, the 7th connecting plate is parallel with the second fixed plate, the second fixed plate, third side guard plate, the side of being connected between the 7th connecting plate
Shape steel pipe.
9. assembled architecture roof as described in claim 1 construction method, it is characterised in that: the gable is by several wallboards
It is spliced, the wallboard includes in, integrally formed with stiffening plate, wallboard top is provided with first inside hollow plate and wallboard
Installation protrusion and the first installation groove, wallboard bottom end are provided with the second installation protrusion and second peace opposite with wallboard apical position
Groove is filled, the first installation protrusion of adjacent wall board is mutually chimeric with the second installation groove, the first installation groove and second installs protrusion
It is mutually chimeric；The wallboard back side is bolted with main load-bearing frame lateral surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111719755A (en) * | 2020-05-14 | 2020-09-29 | 龙德建设有限公司 | Assembled concrete archaized roof and construction method thereof |
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| JPH07269008A (en) * | 1994-04-01 | 1995-10-17 | Ogawa Kenbi:Kk | Roof panel mounting construction method and roof panel used in the method |
| CN103912063A (en) * | 2014-04-21 | 2014-07-09 | 张建忠 | Assembled building system constructed by fabricated plates |
| CN204920016U (en) * | 2015-09-16 | 2015-12-30 | 常熟古建园林建设集团有限公司 | Archaize building's roofing system |
| CN207228454U (en) * | 2017-09-03 | 2018-04-13 | 廊坊卓锐建材有限公司 | One kind is cast-in-place to build heat-insulating integral formula inclined roof construction |
| CN207376804U (en) * | 2017-09-25 | 2018-05-18 | 浙江昱美创新建筑科技有限公司 | A kind of prefabricated buildings |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07269008A (en) * | 1994-04-01 | 1995-10-17 | Ogawa Kenbi:Kk | Roof panel mounting construction method and roof panel used in the method |
| CN103912063A (en) * | 2014-04-21 | 2014-07-09 | 张建忠 | Assembled building system constructed by fabricated plates |
| CN204920016U (en) * | 2015-09-16 | 2015-12-30 | 常熟古建园林建设集团有限公司 | Archaize building's roofing system |
| CN207228454U (en) * | 2017-09-03 | 2018-04-13 | 廊坊卓锐建材有限公司 | One kind is cast-in-place to build heat-insulating integral formula inclined roof construction |
| CN207376804U (en) * | 2017-09-25 | 2018-05-18 | 浙江昱美创新建筑科技有限公司 | A kind of prefabricated buildings |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111719755A (en) * | 2020-05-14 | 2020-09-29 | 龙德建设有限公司 | Assembled concrete archaized roof and construction method thereof |
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| CN109838024B (en) | 2020-07-28 |
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