CN207110043U - A kind of section bar building structure - Google Patents
A kind of section bar building structure Download PDFInfo
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- CN207110043U CN207110043U CN201720744817.9U CN201720744817U CN207110043U CN 207110043 U CN207110043 U CN 207110043U CN 201720744817 U CN201720744817 U CN 201720744817U CN 207110043 U CN207110043 U CN 207110043U
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- collar tie
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- back timber
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Abstract
The utility model discloses a kind of section bar building structure, including：Wall and roof, one group of collar tie beam is provided with wherein described wall, back timber is provided with the roof, connected between the collar tie beam and back timber by the second center pillar, the corner of collar tie beam and the back timber connection is connected by connector with corner post, and the top of the back timber is provided with girder, roof boarding is provided between the girder both sides and back timber, connected between the roof boarding by secondary beam, the both sides of the back timber are connected by the first center pillar, are connected between the girder and the first center pillar by the second center pillar.Total is simple in the utility model, whole construction is all mostly that it is assembled by the cooperation between structure, greatly improve the compactness and stability of each part connection, allow between part coordinate it is more preferable, without by being largely welded to connect, whole work progress is relatively simple, it is convenient, it is easily installed, allows it while construction quality is met, greatly improves the efficiency of its construction.
Description
Technical field
The utility model belongs to manufacture of steel structure field, more particularly to a kind of section bar building structure.
Background technology
With the fast development of social economy, the living standard and quality of life of people are all constantly improving, and no matter
It is production or life, the rhythm of people is all constantly being accelerated, and building trade is also such.Current people either handle official business field
Institute or house, it is all to use concrete construction mostly, it is known that the construction period of concrete construction is longer, and, its
Influenceed by weather more serious, particularly winter, it may be seen that after winter is subzero, many construction sites can all stop
Work, so as to cause the duration length of side of whole building, and, at the same time, the work post needed for concrete construction is more numerous and diverse, greatly
Work, unskilled labourer, carpenter, bricklayer etc., the requirement to personnel is higher, and being continuously increased with material and labour cost, it will causes whole
The cost of individual building is higher, and the cost of input is increasing；And as requirement of the people to live and work is more and more, it is more next
More young men is unwilling that being engaged in the factors such as building trade again causes the generation of growth-promoting steel building；
And we during construction it can be found that current steel building is mostly to use welding processing, its work
Work amount is larger, and it is relatively complicated to construct, if pad processing is bad, can not only influence the quality of its construction, while also can shadow
It is attractive in appearance to ring its, thus existing steel building needs to improve.
Utility model content
Purpose of utility model：In order to overcome the above insufficient, the purpose of this utility model is to provide a kind of section bar building structure,
Its is simple in construction, reasonable in design, is easily installed, the security for greatly improving the stability of its structure and using.
Technical scheme：To achieve these goals, the utility model provides a kind of section bar building structure, including：Wall
And roof, wherein being provided with one group of collar tie beam in the wall, back timber is provided with the roof, passes through between the collar tie beam and back timber
Two center pillars are connected, and the corner of collar tie beam and the back timber connection is connected by connector with corner post, and the top of the back timber is provided with
Girder, roof boarding is provided between the girder both sides and back timber, is connected between the roof boarding by secondary beam, the two of the back timber
Side is connected by the first center pillar, is connected between the girder and the first center pillar by the second center pillar.
A kind of section bar building structure described in the utility model, total is simple, and whole construction all passes through mostly
Cooperation between structure is assembled to it, greatly improves the compactness and stability of the connection of each part, is allowed between part and is matched somebody with somebody
That closes is more preferable, convenient without by being largely welded to connect, whole work progress is relatively simple, is easily installed, allows it meeting
While construction quality, the efficiency of its construction is greatly improved.
Triangle is formed after back timber described in the utility model, girder and the connection of the first center pillar, utilizes the steady of triangle
It is qualitative, greatly improve its support performance.
The both sides of second center pillar described in the utility model are connected by bearing diagonal part with girder, and form triangle, greatly
The load-carrying properties of the big center pillar of raising second, further improve its support performance, also improve its security used.
Collar tie beam described in the utility model and the second center pillar between collar tie beam and back timber are connected by corner post, pass through angle
What is connected between post and collar tie beam and back timber is more close, and support performance is more preferable, greatly improves the stabilization of whole building structure
Property.
Left collar tie beam and right collar tie beam are provided with described in the utility model in collar tie beam, passes through between the left collar tie beam and right collar tie beam
One bridge cut-off connects, and left collar tie beam and right collar tie beam form the first heat-insulated cavity positioned at the inner side of two connection bridge cut-off between the two, described
One end between left collar tie beam and right collar tie beam is provided with wallboard slot, and the outside of the right collar tie beam is provided with base pressing plate, the left collar tie beam and
The first connection clamp bar slot is equipped with right collar tie beam.
By there is provided left collar tie beam and right collar tie beam in the collar tie beam, and it is carried out by the first bridge cut-off between two collar tie beams
Connection, optimizes the structure of collar tie beam, greatly improves the stability of its collar tie beam, the setting of heat-insulated cavity, allow it to play well
Radiating effect, the setting of wallboard slot and connection clamp bar slot, is easy to the installation of wallboard and connection strap, allows it ensureing construction quality
While, also greatly improve the efficiency of construction.
The first support beam and the second support beam, first support beam and second are provided with described in the utility model in back timber
Support beam is connected by the second bridge cut-off, and the second heat-insulated cavity is formed between first support beam and the second support beam, and described
The top of first support beam and the second support beam is provided with roof boarding, and first is equipped with first support beam and the second support beam
Connector, first connector are provided with the first connecting hole, and two sides of first connecting hole are provided with the first chute,
And connected between two first adjacent chutes by dowel.
Back timber described in the utility model, by there is provided the first support beam and the second support beam, and in the first support beam
And second be attached by the second bridge cut-off to it between support beam, the structure of back timber is optimized, greatly improves its back timber
Stability, the setting of heat-insulated cavity, it is allowed to play good radiating effect, while the beam structure is easy to it to connect with roof boarding
Connect, the setting of chute, allow it to be connected with roof boarding more close and firm, allow it while construction quality is ensured, also greatly
The big efficiency for improving construction.
The 3rd support beam and the 4th support beam, the 3rd support beam and the 4th are provided with described in the utility model in secondary beam
Support beam forms the 3rd heat-insulated cavity by connection between the 3rd support beam and the 4th support beam, the 3rd support
The second connector is equipped with beam and the 4th support beam, second connector is provided with the second connecting hole, second connection
Two sides in hole are provided with the second connection clamp bar slot, are connected between two second connection clamp bar slots by dowel, the described 4th
One end of support beam is provided with the first substrate for being used for connecting roofing.
Secondary beam described in the utility model, it there is provided the 3rd support beam and the 4th support beam, and the 3rd by supporting
It is attached by connecting plate between beam and the 4th support beam, the structure of secondary beam is optimized, greatly improves its secondary beam
Stability, the setting of heat-insulated cavity, it is allowed to play good radiating effect, while this girder construction is easy to it to connect with roof boarding
Connect, the setting of chute, allow it to be connected with roof boarding more close and firm, allow it while construction quality is ensured, also greatly
The big efficiency for improving construction.
The 5th support beam and the 6th support beam, the 5th support beam and the 6th are provided with described in the utility model in girder
Support beam is connected by connecting plate, the 3rd heat-insulated cavity of formation between the 5th support beam and the 6th support beam, and the described 5th
The second chute is equipped with support beam and the 6th support beam.
A kind of strong supporting ＆ stablizing type girder described in the utility model, it is by the way that there is provided the 5th support beam and the 6th
Beam is supportted, and it is attached by connecting plate between the 5th support beam and the 6th support beam, optimizes the structure of girder, greatly
The support of big raising girder and load-carrying properties, are favorably improved the stability of total, the setting of heat-insulated cavity, allow it to rise
To good radiating effect, while the main beam structure is easy to it to be connected with roofing board, the setting of chute, allows it to be connected with roofing board
It is more close and firmly, allow it also to greatly improve the efficiency of construction while construction quality is ensured.
The first column and the second column are provided with described in the utility model in second center pillar, first column and second stand
Post is connected by the 3rd bridge cut-off, and the 4th heat-insulated cavity, first column are formed between first column and the second column
With the 3rd connector is equipped with the second column, the 3rd connector is provided with connecting hole, two sides of the connecting hole
The 3rd connection clamp bar slot is provided with, is connected between two the 3rd connection clamp bar slots by dowel, first column is away from second
The both ends of column are provided with gusset, and the both ends of second column away from the first column are provided with second substrate, first column two
One group of wallboard slot is formed between the second substrate on gusset and the second column between the gusset at end and on the first column.
Above-mentioned technical proposal can be seen that the utility model and have the advantages that：.
1st, a kind of section bar building structure described in the utility model, total is simple, and whole construction is all mostly logical
The cooperation crossed between structure is assembled to it, greatly improves the compactness and stability of the connection of each part, is allowed between part
What is coordinated is more preferable, convenient without by being largely welded to connect, whole work progress is relatively simple, is easily installed, and allows it full
While sufficient construction quality, the efficiency of its construction is greatly improved.
2nd, described in the utility model in collar tie beam by there is provided left collar tie beam and right collar tie beam, and pass through between two collar tie beams
One bridge cut-off is attached to it, optimizes the structure of collar tie beam, greatly improves the stability of its collar tie beam, the setting of heat-insulated cavity,
Allow it to play good radiating effect, the setting of wallboard slot and connection clamp bar slot, be easy to the installation of wallboard and connection strap, allow it
While construction quality is ensured, the efficiency of construction is also greatly improved.
3rd, back timber described in the utility model, by being supported there is provided the first support beam and the second support beam, and first
It is attached by the second bridge cut-off between beam and the second support beam, optimizes the structure of back timber, greatly improves its back timber
Stability, the setting of heat-insulated cavity, allow it to play good radiating effect, while the beam structure is easy to itself and roof boarding to connect
Connect, the setting of chute, allow it to be connected with roof boarding more close and firm, allow it while construction quality is ensured, also greatly
The big efficiency for improving construction.
4th, secondary beam described in the utility model, it is by there is provided the 3rd support beam and the 4th support beam, and at the 3rd
It is attached by connecting plate between support beam and the 4th support beam, the structure of secondary beam is optimized, greatly improves its secondary beam
Stability, the setting of heat-insulated cavity, allow it to play good radiating effect, while this girder construction is easy to itself and roof boarding to connect
Connect, the setting of chute, allow it to be connected with roof boarding more close and firm, allow it while construction quality is ensured, also greatly
The big efficiency for improving construction.
5th, a kind of strong supporting ＆ stablizing type girder described in the utility model, it is by the way that there is provided the 5th support beam and the 6th
Support beam, and it is attached by connecting plate between the 5th support beam and the 6th support beam, the structure of girder is optimized,
Support and the load-carrying properties of girder are greatly improved, the stability of total is favorably improved, the setting of heat-insulated cavity, allows it
Good radiating effect is played, while the main beam structure is easy to it to be connected with roofing board, the setting of chute, allows it to connect with roofing board
What is connect is more close and firm, allows it also to greatly improve the efficiency of construction while construction quality is ensured.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is top view in the utility model；
Fig. 3 is the sectional view of the utility model Girth；
Fig. 4 is the sectional view of back timber in the utility model；
Fig. 5 is the sectional view of the utility model middle girder；
Fig. 6 is the sectional view of secondary beam in the utility model；
Fig. 7 is the sectional view of the second center pillar in the utility model；
Fig. 8 is the sectional view of corner post in the utility model；
In figure：It is wall -1, roof -2, collar tie beam -3, back timber -4, the second center pillar -5, corner post -6, girder -7, roof boarding -8, secondary
Beam -9, the first center pillar -10, bearing diagonal part -11, left collar tie beam -31, right collar tie beam -32, the first bridge cut-off -33, the first heat-insulated cavity -34,
Wallboard slot -35, the connection of base pressing plate -36, first clamp bar slot -37, the first support beam -41, the second support beam -42, the second bridge cut-off -
43rd, the second heat-insulated cavity -44, roof boarding -45, the first connector -46, the first connecting hole -461, the first chute -47, first stand
Post -51, the second column -52, the 3rd bridge cut-off 53, the 4th heat-insulated cavity 54, the 3rd connector 55, the second connecting hole the 551, the 3rd connect
Narrow bars neck -56, gusset -57, second substrate -58, the first wallboard slot -59, corner post body -61, connection corner post -62, reinforcement
The connecting hole of muscle-63-64, dowel-65, the 4th bridge cut-off-66, the second wallboard slot-67, heat-insulated cavity-68, the 5th support beam-
71st, the 6th support beam -72, connecting plate -73, the 3rd heat-insulated cavity -74, the second chute -75, the 3rd support beam -91, the 4th support
Beam -92, connecting plate -93, the 3rd heat-insulated cavity -94, the second connector -95, the second connecting hole -951, the 4th connection clamp bar slot -
96th, first substrate -97.
Embodiment
Below in conjunction with the accompanying drawings and specific embodiment, the utility model is furtherd elucidate.
Embodiment 1
A kind of section bar building structure as shown in Figure 1, including：Wall 1 and roof 2, wherein being provided with one group in the wall 1
Collar tie beam 3, back timber 4 is provided with the roof 2, is connected between the collar tie beam 3 and back timber 4 by the second center pillar 5, the He of collar tie beam 3
The corner that back timber 4 connects is connected by connector with corner post 6, and the top of the back timber 4 is provided with girder 7, the both sides of girder 7
Roof boarding 8 is provided between back timber 4, is connected between the roof boarding 8 by secondary beam 9, the both sides of the back timber 4 are by first
Post 10 connects, and is connected between the center pillar 10 of girder 7 and first by the second center pillar 5.
Back timber 4 described in the present embodiment, form triangle after the connection of the center pillar 10 of girder 7 and first.
The both sides of the second center pillar 5 are connected by bearing diagonal part 11 with girder 7 described in the present embodiment, and form triangle.
Collar tie beam 3 described in the present embodiment and the second center pillar 5 between collar tie beam 3 and back timber 4 are connected by corner post 6.
Be provided with left collar tie beam 31 and right collar tie beam 32 in collar tie beam 3 described in the present embodiment, the left collar tie beam 31 and right collar tie beam 32 it
Between connected by the first bridge cut-off 33, and left collar tie beam 31 and right collar tie beam 32 form the positioned at the inner sides of two connection bridge cut-off 33 between the two
One heat-insulated cavity 34, one end between the left collar tie beam 31 and right collar tie beam 32 are provided with wallboard slot 35, the right collar tie beam 32 it is outer
Side is provided with base pressing plate 36, and the first connection clamp bar slot 37 is equipped with the left collar tie beam 31 and right collar tie beam 32.
The first support beam 41 and the second support beam 42, first support beam 41 are provided with back timber 4 described in the present embodiment
Connected with the second support beam 42 by the second bridge cut-off 43, between the support beam 42 of the first support beam 41 and second formed second every
Hot cavity 44, and the top of the support beam 42 of first support beam 41 and second is provided with roof boarding 45, first support beam 41
Be equipped with the first connector 46 in the second support beam 42, first connector 46 is provided with the first connecting hole 461, described
Two sides of one connecting hole 461 are provided with the first chute 47, and are connected between two first adjacent chutes 47 by dowel.
The 3rd support beam 91 and the 4th support beam 92, the 3rd support beam 91 are provided with secondary beam 9 described in the present embodiment
Connected with the 4th support beam 92 by connecting plate 93, and between the 3rd support beam 91 and the 4th support beam 92 formed the 3rd every
Hot cavity 94, the second connector 95, second connector 95 are equipped with the 3rd support beam 91 and the 4th support beam 92
It is provided with the second connecting hole 951, two articles of sides of second connecting hole 951 are provided with the 4th connection clamp bar slot 96, and two second
Connected between connection clamp bar slot 96 by dowel, one end of the 4th support beam 2 is provided with the first base for being used for connecting roofing
Plate 97.
The 5th support beam 71 and the 6th support beam 72, the 5th support beam 71 are provided with girder 7 described in the present embodiment
Connected with the 6th support beam 72 by connecting plate 73, it is heat-insulated that the 3rd is formed between the 5th support beam 71 and the 6th support beam 72
Cavity 74, the second chute 75 is equipped with the 5th support beam 71 and the 6th support beam 72.
The first column 51 and the second column 52, the He of the first column 51 are provided with described in the present embodiment in second center pillar 5
Second column 52 is connected by the 3rd bridge cut-off 53, and the 4th heat-insulated cavity is formed between the column 52 of first column 51 and second
54, the 3rd connector 55 is equipped with the column 52 of the first column 51 and second, the 3rd connector 55 is provided with second
Connecting hole 551, two articles of sides of second connecting hole 551 are provided with the 3rd connection clamp bar slot 56, two the 3rd connection clamp bar slots
Connected between 56 by dowel, both ends of first column 51 away from the second column 52 are provided with gusset 57, and described second is vertical
Both ends of the post 52 away from the first column 51 are provided with second substrate 58, between the gusset 57 at the both ends of the first column 51 and first
One group of wallboard slot 59 is formed between the second substrate 58 on the column 52 of gusset 57 and second on column 1.
Corner post body 61 and connection corner post 62 are provided with corner post 6 shown in the present embodiment, the inner side of corner post body 61 is set
There is one group of reinforcement 63, the end of the reinforcement 63 is provided with connecting hole 64, passes through dowel between the 4th connecting hole 64
65 connections, the connection corner post 62 are connected by the 4th bridge cut-off 66 with corner post body 61, and wallboard slot 67 is provided between both,
And the junction between the corner post body 61 and connection corner post 62 is provided with heat-insulated cavity 68.
Embodiment 2
A kind of section bar building structure as shown in Figure 1, including：Wall 1 and roof 2, wherein being provided with one group in the wall 1
Collar tie beam 3, back timber 4 is provided with the roof 2, is connected between the collar tie beam 3 and back timber 4 by the second center pillar 5, the He of collar tie beam 3
The corner that back timber 4 connects is connected by connector with corner post 6, and the top of the back timber 4 is provided with girder 7, the both sides of girder 7
Roof boarding 8 is provided between back timber 4, is connected between the roof boarding 8 by secondary beam 9, the both sides of the back timber 4 are by first
Post 10 connects, and is connected between the center pillar 10 of girder 7 and first by the second center pillar 5.
Back timber 4 described in the present embodiment, form triangle after the connection of the center pillar 10 of girder 7 and first.
The both sides of the second center pillar 5 are connected by bearing diagonal part 11 with girder 7 described in the present embodiment, and form triangle.
Collar tie beam 3 described in the present embodiment and the second center pillar 5 between collar tie beam 3 and back timber 4 are connected by corner post 6.
Be provided with left collar tie beam 31 and right collar tie beam 32 in collar tie beam 3 described in the present embodiment, the left collar tie beam 31 and right collar tie beam 32 it
Between connected by the first bridge cut-off 33, and left collar tie beam 31 and right collar tie beam 32 form the positioned at the inner sides of two connection bridge cut-off 33 between the two
One heat-insulated cavity 34, one end between the left collar tie beam 31 and right collar tie beam 32 are provided with wallboard slot 35, the right collar tie beam 32 it is outer
Side is provided with base pressing plate 36, and the first connection clamp bar slot 37 is equipped with the left collar tie beam 31 and right collar tie beam 32.
The first support beam 41 and the second support beam 42, first support beam 41 are provided with back timber 4 described in the present embodiment
Connected with the second support beam 42 by the second bridge cut-off 43, between the support beam 42 of the first support beam 41 and second formed second every
Hot cavity 44, and the top of the support beam 42 of first support beam 41 and second is provided with roof boarding 45, first support beam 41
Be equipped with the first connector 46 in the second support beam 42, first connector 46 is provided with the first connecting hole 461, described
Two sides of one connecting hole 461 are provided with the first chute 47, and are connected between two first adjacent chutes 47 by dowel.
The 3rd support beam 91 and the 4th support beam 92, the 3rd support beam 91 are provided with secondary beam 9 described in the present embodiment
Connected with the 4th support beam 92 by connecting plate 93, and between the 3rd support beam 91 and the 4th support beam 92 formed the 3rd every
Hot cavity 94, the second connector 95, second connector 95 are equipped with the 3rd support beam 91 and the 4th support beam 92
It is provided with the second connecting hole 951, two articles of sides of second connecting hole 951 are provided with the 4th connection clamp bar slot 96, and two second
Connected between connection clamp bar slot 96 by dowel, one end of the 4th support beam 2 is provided with the first base for being used for connecting roofing
Plate 97.
The 5th support beam 71 and the 6th support beam 72, the 5th support beam 71 are provided with girder 7 described in the present embodiment
Connected with the 6th support beam 72 by connecting plate 73, it is heat-insulated that the 3rd is formed between the 5th support beam 71 and the 6th support beam 72
Cavity 74, the second chute 76 is equipped with the 5th support beam 71 and the 6th support beam 72,.
The first column 51 and the second column 52, the He of the first column 51 are provided with described in the present embodiment in second center pillar 5
Second column 52 is connected by the 3rd bridge cut-off 53, and the 4th heat-insulated cavity is formed between the column 52 of first column 51 and second
54, the 3rd connector 55 is equipped with the column 52 of the first column 51 and second, the 3rd connector 55 is provided with second
Connecting hole 551, two articles of sides of second connecting hole 551 are provided with the 3rd connection clamp bar slot 56, two the 3rd connection clamp bar slots
Connected between 56 by dowel, both ends of first column 51 away from the second column 52 are provided with gusset 57, and described second is vertical
Both ends of the post 52 away from the first column 51 are provided with second substrate 58, between the gusset 57 at the both ends of the first column 51 and first
One group of wallboard slot 59 is formed between the second substrate 58 on the column 52 of gusset 57 and second on column 1.
Section bar building structure described in the present embodiment, it is characterised in that：It is various in wherein described wall 1 and roof 2
Material component meter by weight includes following components：
Aluminium：85 parts；Silicon：3 parts；Iron：5 parts；Chromium：0.5 part；Copper：5 parts；Magnesium：4~15 parts, manganese：0.5 part, titanium：4 parts, zinc：0
Part.
Embodiment 3
A kind of section bar building structure as shown in Figure 1, including：Wall 1 and roof 2, wherein being provided with one group in the wall 1
Collar tie beam 3, back timber 4 is provided with the roof 2, is connected between the collar tie beam 3 and back timber 4 by the second center pillar 5, the He of collar tie beam 3
The corner that back timber 4 connects is connected by connector with corner post 6, and the top of the back timber 4 is provided with girder 7, the both sides of girder 7
Roof boarding 8 is provided between back timber 4, is connected between the roof boarding 8 by secondary beam 9, the both sides of the back timber 4 are by first
Post 10 connects, and is connected between the center pillar 10 of girder 7 and first by the second center pillar 5.
Back timber 4 described in the present embodiment, form triangle after the connection of the center pillar 10 of girder 7 and first.
The both sides of the second center pillar 5 are connected by bearing diagonal part 11 with girder 7 described in the present embodiment, and form triangle.
Collar tie beam 3 described in the present embodiment and the second center pillar 5 between collar tie beam 3 and back timber 4 are connected by corner post 6.
Be provided with left collar tie beam 31 and right collar tie beam 32 in collar tie beam 3 described in the present embodiment, the left collar tie beam 31 and right collar tie beam 32 it
Between connected by the first bridge cut-off 33, and left collar tie beam 31 and right collar tie beam 32 form the positioned at the inner sides of two connection bridge cut-off 33 between the two
One heat-insulated cavity 34, one end between the left collar tie beam 31 and right collar tie beam 32 are provided with wallboard slot 35, the right collar tie beam 32 it is outer
Side is provided with base pressing plate 36, and the first connection clamp bar slot 37 is equipped with the left collar tie beam 31 and right collar tie beam 32.
The first support beam 41 and the second support beam 42, first support beam 41 are provided with back timber 4 described in the present embodiment
Connected with the second support beam 42 by the second bridge cut-off 43, between the support beam 42 of the first support beam 41 and second formed second every
Hot cavity 44, and the top of the support beam 42 of first support beam 41 and second is provided with roof boarding 45, first support beam 41
Be equipped with the first connector 46 in the second support beam 42, first connector 46 is provided with the first connecting hole 461, described
Two sides of one connecting hole 461 are provided with the first chute 47, and are connected between two first adjacent chutes 47 by dowel.
The 3rd support beam 91 and the 4th support beam 92, the 3rd support beam 91 are provided with secondary beam 9 described in the present embodiment
Connected with the 4th support beam 92 by connecting plate 93, and between the 3rd support beam 91 and the 4th support beam 92 formed the 3rd every
Hot cavity 94, the second connector 95, second connector 95 are equipped with the 3rd support beam 91 and the 4th support beam 92
It is provided with the second connecting hole 951, two sides of second connecting hole 951 are provided with the second connection clamp bar slot 96, and two second
Connected between connection clamp bar slot 96 by dowel, one end of the 4th support beam 92 is provided with the first base for being used for connecting roofing
Plate 97.
The 5th support beam 71 and the 6th support beam 72, the 5th support beam 71 are provided with girder 7 described in the present embodiment
Connected with the 6th support beam 72 by connecting plate 73, it is heat-insulated that the 3rd is formed between the 5th support beam 71 and the 6th support beam 72
Cavity 74, the second chute 75, and the He of the 5th support beam 71 are equipped with the 5th support beam 71 and the 6th support beam 72
The top of 6th support beam 72 is provided with roofing board 76.
The first column 51 and the second column 52, the He of the first column 51 are provided with described in the present embodiment in second center pillar 5
Second column 52 is connected by the 3rd bridge cut-off 53, and the 4th heat-insulated cavity is formed between the column 52 of first column 51 and second
54, the 3rd connector 55 is equipped with the column 52 of the first column 51 and second, the 3rd connector 55 is provided with second
Connecting hole 551, two articles of sides of second connecting hole 551 are provided with the 3rd connection clamp bar slot 56, two the 3rd connection clamp bar slots
Connected between 56 by dowel, both ends of first column 51 away from the second column 52 are provided with gusset 57, and described second is vertical
Both ends of the post 52 away from the first column 51 are provided with second substrate 58, between the gusset 57 at the both ends of the first column 51 and first
One group of wallboard slot 59 is formed between the second substrate 58 on the column 52 of gusset 57 and second on column 51.
Section bar building structure described in the present embodiment, it is characterised in that：It is various in wherein described wall 1 and roof 2
Material component meter by weight includes following components：
Aluminium：100 parts；Silicon：10 parts；8 parts of iron；Chromium：1.5 part；Copper：15 parts；Magnesium：15 parts, manganese：2 parts, 8 parts of titanium, zinc：1
Part.
Embodiment 4
A kind of section bar building structure as shown in Figure 1, including：Wall 1 and roof 2, wherein being provided with one group in the wall 1
Collar tie beam 3, back timber 4 is provided with the roof 2, is connected between the collar tie beam 3 and back timber 4 by the second center pillar 5, the He of collar tie beam 3
The corner that back timber 4 connects is connected by connector with corner post 6, and the top of the back timber 4 is provided with girder 7, the both sides of girder 7
Roof boarding 8 is provided between back timber 4, is connected between the roof boarding 8 by secondary beam 9, the both sides of the back timber 4 are by first
Post 10 connects, and is connected between the center pillar 10 of girder 7 and first by the second center pillar 5.
Back timber 4 described in the present embodiment, form triangle after the connection of the center pillar 10 of girder 7 and first.
The both sides of the second center pillar 5 are connected by bearing diagonal part 11 with girder 7 described in the present embodiment, and form triangle.
Collar tie beam 3 described in the present embodiment and the second center pillar 5 between collar tie beam 3 and back timber 4 are connected by corner post 6.
Be provided with left collar tie beam 31 and right collar tie beam 32 in collar tie beam 3 described in the present embodiment, the left collar tie beam 31 and right collar tie beam 32 it
Between connected by the first bridge cut-off 33, and left collar tie beam 31 and right collar tie beam 32 form the positioned at the inner sides of two connection bridge cut-off 33 between the two
One heat-insulated cavity 34, one end between the left collar tie beam 31 and right collar tie beam 32 are provided with wallboard slot 35, the right collar tie beam 32 it is outer
Side is provided with base pressing plate 36, and the first connection clamp bar slot 37 is equipped with the left collar tie beam 31 and right collar tie beam 32.
The first support beam 41 and the second support beam 42, first support beam 41 are provided with back timber 4 described in the present embodiment
Connected with the second support beam 42 by the second bridge cut-off 43, between the support beam 42 of the first support beam 41 and second formed second every
Hot cavity 44, and the top of the support beam 42 of first support beam 41 and second is provided with roof boarding 45, first support beam 41
Be equipped with the first connector 46 in the second support beam 42, first connector 46 is provided with the first connecting hole 461, described
Two sides of one connecting hole 461 are provided with the first chute 47, and are connected between two first adjacent chutes 47 by dowel.
The 3rd support beam 91 and the 4th support beam 92, the 3rd support beam 91 are provided with secondary beam 9 described in the present embodiment
Connected with the 4th support beam 92 by connecting plate 93, and between the 3rd support beam 91 and the 4th support beam 92 formed the 3rd every
Hot cavity 94, the second connector 95, second connector 95 are equipped with the 3rd support beam 91 and the 4th support beam 92
It is provided with the second connecting hole 951, two sides of second connecting hole 951 are provided with the second connection clamp bar slot 96, and two second
Connected between connection clamp bar slot 96 by dowel, one end of the 4th support beam 92 is provided with the first base for being used for connecting roofing
Plate 97.
The 5th support beam 71 and the 6th support beam 72, the 5th support beam 71 are provided with girder 7 described in the present embodiment
Connected with the 6th support beam 72 by connecting plate 73, it is heat-insulated that the 3rd is formed between the 5th support beam 71 and the 6th support beam 72
Cavity 74, the second chute 75, and the He of the 5th support beam 71 are equipped with the 5th support beam 71 and the 6th support beam 72
The top of 6th support beam 72 is provided with roofing board 76；The roofing board 76 is made up of roofing substrate, roof support and roofing top plate,
The roof boarding is connected by connector with the first support beam and the second support beam, is led between the roofing substrate and roofing top plate
Roofing board slot is formed after crossing roof support connection.
The first column 51 and the second column 52, the He of the first column 51 are provided with described in the present embodiment in second center pillar 5
Second column 52 is connected by the 3rd bridge cut-off 53, and the 4th heat-insulated cavity is formed between the column 52 of first column 51 and second
54, the 3rd connector 55 is equipped with the column 52 of the first column 51 and second, the 3rd connector 55 is provided with second
Connecting hole 551, two articles of sides of second connecting hole 551 are provided with the 3rd connection clamp bar slot 56, two the 3rd connection clamp bar slots
Connected between 56 by dowel, both ends of first column 51 away from the second column 52 are provided with gusset 57, and described second is vertical
Both ends of the post 52 away from the first column 51 are provided with second substrate 58, between the gusset 57 at the both ends of the first column 51 and first
One group of wallboard slot 59 is formed between the second substrate 58 on the column 52 of gusset 57 and second on column 51.
Section bar building structure described in the present embodiment, it is characterised in that：It is various in wherein described wall 1 and roof 2
Material component meter by weight includes following components：
Aluminium：93 parts；Silicon：6.5 part；Iron：6.5 part；Chromium：1 part；Copper：10 parts；Magnesium：10 parts, manganese：1.3 parts, titanium：6 parts, zinc：
0.5 part.
Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model principle is not departed from, some improvement can also be made, these improvement also should be regarded as
The scope of protection of the utility model.
Claims (9)
- A kind of 1. section bar building structure, it is characterised in that：Including：Wall（1）And roof（2）, wherein the wall（1）In be provided with One group of collar tie beam（3）, the roof（2）In be provided with back timber（4）, the collar tie beam（3）And back timber（4）Between pass through the second center pillar（5） Connection, the collar tie beam（3）And back timber（4）The corner of connection passes through connector and corner post（6）Connection, the back timber（4）It is upper Side is provided with girder（7）, the girder（7）Both sides and back timber（4）Between be provided with roof boarding（8）, the roof boarding（8）Between pass through Secondary beam（9）Connection, the back timber（4）Both sides pass through the first center pillar（10）Connection, the girder（7）With the first center pillar（10）It Between pass through the second center pillar（5）Connection.
- 2. section bar building structure according to claim 1, it is characterised in that：The back timber（4）, girder（7）And first Center pillar（10）Triangle is formed after connection.
- 3. section bar building structure according to claim 1, it is characterised in that：Second center pillar（5）Both sides pass through it is oblique Support member（11）With girder（7）Connection, and form triangle.
- 4. section bar building structure according to claim 1, it is characterised in that：The collar tie beam（3）With positioned at collar tie beam（3）And top Beam（4）Between the second center pillar（5）Pass through corner post（6）Connection.
- 5. section bar building structure according to claim 1, it is characterised in that：The collar tie beam（3）In be provided with left collar tie beam（31） With right collar tie beam（32）, the left collar tie beam（31）With right collar tie beam（32）Between pass through the first bridge cut-off（33）Connection, and left collar tie beam（31） With right collar tie beam（32）Between the two positioned at two connection bridge cut-off（33）Inner side formed the first heat-insulated cavity（34）, the left collar tie beam （31）With right collar tie beam（32）Between one end be provided with wallboard slot（35）, the right collar tie beam（32）Outside be provided with base pressing plate （36）, the left collar tie beam（31）With right collar tie beam（32）In be equipped with the first connection clamp bar slot（37）.
- 6. section bar building structure according to claim 1, it is characterised in that：The back timber（4）In be provided with the first support beam （41）With the second support beam（42）, first support beam（41）With the second support beam（42）Pass through the second bridge cut-off（43）Connection, First support beam（41）With the second support beam（42）Between formed the second heat-insulated cavity（44）, and first support beam （41）With the second support beam（42）Top be provided with roof boarding（45）, first support beam（41）With the second support beam（42）In It is equipped with the first connector（46）, first connector（46）It is provided with the first connecting hole（461）, first connecting hole （461）Two sides be provided with the first chute（47）, and two first adjacent chutes（47）Between connected by dowel.
- 7. section bar building structure according to claim 1, it is characterised in that：The secondary beam（9）In be provided with the 3rd support beam （91）With the 4th support beam（92）, the 3rd support beam（91）With the 4th support beam（92）Pass through connecting plate（93）Connection, and 3rd support beam（91）With the 4th support beam（92）Between formed the 3rd heat-insulated cavity（94）, the 3rd support beam（91） With the 4th support beam（92）In be equipped with the second connector（95）, second connector（95）It is provided with the second connecting hole （951）, second connecting hole（951）Two sides be provided with second connection clamp bar slot（96）, two second connection clamp bar slots （96）Between connected by dowel, the 4th support beam（92）One end be provided with and be used to connect the first substrate of roofing （97）.
- 8. section bar building structure according to claim 1, it is characterised in that：The girder（7）In be provided with the 5th support beam （71）With the 6th support beam（72）, the 5th support beam（71）With the 6th support beam（72）Pass through connecting plate（73）Connection, institute State the 5th support beam（71）With the 6th support beam（72）Between formed the 3rd heat-insulated cavity（74）, the 5th support beam（71）With 6th support beam（72）In be equipped with the second chute（76）.
- 9. section bar building structure according to claim 1, it is characterised in that：Second center pillar（5）In to be provided with first vertical Post（51）With the second column（52）, first column（51）With the second column（52）Pass through the 3rd bridge cut-off（53）Connection, and institute State the first column（51）With the second column（52）Between formed the 4th heat-insulated cavity（54）, first column（51）It is vertical with second Post（52）In be equipped with the 3rd connector（55）, the 3rd connector（55）It is provided with the second connecting hole（551）, described second Connecting hole（551）Two articles of sides be provided with the 3rd connection clamp bar slot（56）, two the 3rd connection clamp bar slots（56）Between pass through company Connect muscle connection, first column（51）Away from the second column（52）Both ends be provided with gusset（57）, second column（52） Away from the first column（51）Both ends be provided with second substrate（58）, first column（51）The gusset at both ends（57）Between and First column（51）On gusset（57）With the second column（52）On second substrate（58）Between form one group of first wallboard and insert Groove（59）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720744817.9U CN207110043U (en) | 2017-06-26 | 2017-06-26 | A kind of section bar building structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720744817.9U CN207110043U (en) | 2017-06-26 | 2017-06-26 | A kind of section bar building structure |
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| Publication Number | Publication Date |
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| CN207110043U true CN207110043U (en) | 2018-03-16 |
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ID=61588216
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107217743A (en) * | 2017-06-26 | 2017-09-29 | 蓝海永乐（江苏）新材料有限公司 | A kind of easy to install, stable type assembled section bar building structure |
-
2017
- 2017-06-26 CN CN201720744817.9U patent/CN207110043U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107217743A (en) * | 2017-06-26 | 2017-09-29 | 蓝海永乐（江苏）新材料有限公司 | A kind of easy to install, stable type assembled section bar building structure |
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