CN207863158U - A kind of Multi-function beam column node structure - Google Patents
A kind of Multi-function beam column node structure Download PDFInfo
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- CN207863158U CN207863158U CN201721918484.3U CN201721918484U CN207863158U CN 207863158 U CN207863158 U CN 207863158U CN 201721918484 U CN201721918484 U CN 201721918484U CN 207863158 U CN207863158 U CN 207863158U
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Abstract
The utility model provides a kind of Multi-function beam column node structure, belongs to building structure field.It solves the problems, such as that existing bean column node intensity is low.This Multi-function beam column node structure includes cylinder, I-shaped gooseneck and I-shaped steel longitudinal beam, crossbeam includes wing plate and cross web, longeron includes vertical wing plate and vertical web, it further include node, node includes connecting seat and support base made of channel steel, connecting seat includes secondary connecting plate and main connecting plate, support base includes secondary support plate and main supporting plate, the cross web of two beam-ends is extended, and it is clipped between two pieces of main connecting plate lateral surfaces, the main supporting plate lateral surface of support base is fixed with vertical wing plate lateral surface, there are one support bases for each fixation on two pieces of vertical wing plate lateral surfaces of longeron end, two longeron ends are welded on two pieces of main connecting plate medial surfaces；Cylinder is square tube tubing string or i-beam structure column, and node top connects two sections structural column with bottom end.This node structure stable connection is simultaneously applicable in a variety of column structures.
Description
Technical field
The utility model belongs to construction steel structure technical field, is related to a kind of Multi-function beam column node structure.
Background technology
In the steel building largely used at present, it usually needs beam body is mounted on cylinder side, existing way one
As directly connect with cylinder outer wall in beam body end by welding and being connected steel plate, not only need connect plurality of steel plates, cause to apply
Work efficiency rate is low, and the beam body after connecting is absolute construction, cannot achieve being stably connected between adjacent beam body, existing one kind is adopted
The mode of beam column installation is carried out with node structure, but a kind of node of structure can only be applicable in a kind of cylinder of structure, cause to use
Range is limited, it is therefore necessary to be improved.
Invention content
The purpose of this utility model is to be directed to the above-mentioned problems in the prior art, provides a kind of simple in structure, peace
Dress is convenient, and energy high intensity connects beam column, and can be applicable in the Multi-function beam column node structure of a variety of column structures.
The purpose of this utility model can be realized by following technical proposal：A kind of Multi-function beam column node structure, including
Cylinder, two I-shaped goosenecks and two I-shaped steel longitudinal beams, crossbeam include two blocks of wing plates and are vertically fixed on two blocks of wing plates
Between cross web, longeron includes two blocks of vertical wing plates and the vertical web that is vertically fixed between two blocks of vertical wing plates, it is characterised in that：
It is blocked among the cylinder, and includes epimere cylinder and hypomere cylinder, further include the section being connected between two sections cylinder
Point, for the node including being two connecting seats and four support bases made of channel steel, the connecting seat includes mutually flat
Capable two pieces secondary connecting plates and both sides be respectively perpendicular be connected to two pieces of secondary connecting plate medial surfaces on one side on main connecting plate, it is described
Support base includes be mutually parallel two pieces secondary support plates and both sides be respectively perpendicular be connected to two pieces of secondary support plate medial surfaces on one side on
Main supporting plate, the cross webs of described two beam-ends is extended, and is clipped in two pieces of main connecting plates of two connecting seats
Between lateral surface, and make face interval setting on the outside of two pieces of main connecting plates of two connecting seats, and two pieces of a connecting seat it is secondary even
Fishplate bar lateral surface is aligned with two pieces of secondary connecting plate lateral surfaces of another connecting seat respectively, outside the main supporting plate of the support base
Side is bonded fixation with vertical wing plate lateral surface, and there are one the branch for each fixation on two pieces of vertical wing plate lateral surfaces of longeron end
Seat is supportted, described two longeron ends hold out against and are respectively welded on two pieces of main connecting plate medial surfaces；
The cylinder is square tube tubing string, and tubing string includes the four blocks of column plates mutually surrounded, and two on a connecting seat
Block pair connecting plate lateral surface is posted and fixed with two pieces of column plate medial surfaces being mutually parallel respectively, the secondary support of two on support base piece
Plate lateral surface is bonded fixation with main connecting plate medial surface and one piece of column plate medial surface respectively, two pieces of wing plate lateral surfaces on crossbeam
It is aligned respectively with two pieces of vertical wing plate lateral surfaces on longeron, and node top and bottom end are separately connected two sections tubing string, and on
The bottom ends Duan Guanzhu are against top wing plate lateral surface and top is indulged on wing plate lateral surface, and hypomere tubing string top is against lower section wing plate
Lateral surface and lower section are indulged on wing plate lateral surface；
Or the cylinder is i-beam structure column, and structural column includes two blocks of column wing plates and is vertically fixed on two pieces of column wings
Column web between plate, and two pieces of secondary connecting plate lateral surfaces on a connecting seat are bonded simultaneously with two pieces of column wing plate medial surfaces respectively
Fixed, column web is clipped between two pieces of main connecting plate lateral surfaces of two connecting seats, and is fixed with main connecting plate lateral surface, support
Two pieces of secondary support plate lateral surfaces on seat are posted and fixed with two pieces of secondary connecting plate medial surfaces respectively, two on crossbeam block wing plate
Lateral surface is aligned with two pieces of vertical wing plate lateral surfaces on longeron respectively, and node top and bottom end are separately connected two sections structure
Column, and epimere structural column bottom end is against on the wing plate lateral surface of top, hypomere structure top end is against lower section wing plate lateral surface
On.
This node uses the connecting seat and support base of channel steel structure, therefore convenient material drawing, is stablized using connecting seat and clamps two
Block cross web stablizes support using support base and indulges wing plate to stablize fixed cross beam, to stablize fixed longeron, while longeron
It can be further secured on connecting seat, to improve bonding strength, and can be according to the specific structure of cylinder, to select support base to install
Direction, therefore the installation of the cylinder suitable for various structures, and it is whole using assembled installation, installation effectiveness higher.
In a kind of above-mentioned Multi-function beam column node structure, described two pieces of cross web ends offset and are welded and fixed.
Therefore intensity higher.
In a kind of above-mentioned Multi-function beam column node structure, one piece of gusset is welded in the tubing string, and gusset presss from both sides
Between two pieces of main connecting plate lateral surfaces of two connecting seats, and gusset thickness is identical as cross web thickness.
Therefore the connective stability between two connecting seats can be improved.
Further include fixed seat in a kind of above-mentioned Multi-function beam column node structure, the fixed seat includes three piece two
Two vertically disposed fixed plates, and wherein two fixed plates are bonded fixation with wing plate lateral surface and column plate lateral surface respectively, or
Wherein two fixed plates are bonded fixation with wing plate lateral surface and column wing plate lateral surface respectively, another piece of fixed plate both sides respectively with
Cross web both sides are aligned.
Therefore it can be further increased to cross beam support intensity using fixed seat.
In a kind of above-mentioned Multi-function beam column node structure, when the cylinder is tubing string, main supporting plate both sides and pair
Support plate both sides hold out against and are welded on two pieces of secondary connecting plate medial surfaces respectively, when the cylinder is structural column, the master
Support plate holds out against while with secondary support plate and is welded on main connecting plate medial surface, and main supporting plate another side and secondary support
Plate another side being aligned on one side far from main connecting plate with secondary connecting plate respectively.
Therefore support base and connecting seat can form stable support connection structure.
In a kind of above-mentioned Multi-function beam column node structure, the vertical wing plate both sides respectively in two pieces of secondary connecting plates
Side vertically offsets, and is welded and fixed.
In a kind of above-mentioned Multi-function beam column node structure, described two pieces of vertical web both sides alignment, and cross web end
Portion is located between two blocks of vertical webs.
Therefore structure is more stablized compact.
A kind of installation method of Multi-function beam column node structure, it is characterised in that：
Include the following steps,
Step 1 welds one piece of gusset, the column plate vertical welding that gusset both sides are mutually parallel with two pieces respectively in tubing string；
One piece of secondary support plate lateral surface on support base is pasted merga pass fastener by step 2 with main connecting plate medial surface
It is fixed, main supporting plate both sides and secondary support plate both sides are held out against respectively and are welded on two pieces of secondary connecting plate medial surfaces, make one
It is fixed on connecting seat that there are two support bases；
Two pieces of cross web ends are offseted and are welded and fixed by step 3；
Step 4, between cross web is clipped in two pieces of main connecting plate lateral surfaces of two connecting seats, and it is solid using fastener
Fixed two pieces of main connecting plates make two pieces of secondary connecting plate lateral surfaces of a connecting seat be connect respectively with two pieces of pairs of another connecting seat
Plate lateral surface is aligned；
The vertical wing plate lateral surface fitting of longeron is fixed on main supporting plate lateral surface, longeron end is held out against by step 5
And it is welded on main connecting plate medial surface；
Step 6, by two pieces on connecting seat secondary connecting plate lateral surfaces respectively with face pastes on the inside of two blocks of column plates being mutually parallel
Merga pass fastener is fixed, and one on support base piece pair support plate lateral surface is bonded fixation with column plate medial surface, to save
Point top and bottom end are separately connected two sections tubing string, and epimere tubing string bottom end is made to be against the vertical wing of top wing plate lateral surface and top
On plate lateral surface, hypomere tubing string top is against lower section wing plate lateral surface and lower section is indulged on wing plate lateral surface, and by junction
Reinforcing is respectively welded；
Step 7 is integrally penetrated two blocks of column plates, four pieces of secondary support plates, two pieces of main connecting plates and gusset using fastener and consolidated
It is fixed；
Step 8, the two fixed plates of fixed seat are tight with wing plate lateral surface and column plate lateral surface patch merga pass respectively
Firmware is fixed, and another piece of fixed plate both sides is made to be aligned respectively with cross web both sides；
Or include the following steps,
Two pieces of secondary support plate lateral surfaces on support base are bonded and are led to two pieces of secondary connecting plate medial surfaces respectively by step 1
It crosses fastener to fix, main supporting plate is held out against while with secondary support plate and is welded on main connecting plate medial surface, make one
It is fixed on connecting seat that there are two support bases；
Two pieces of cross web ends are offseted and are welded and fixed by step 2；
Step 3, between cross web is clipped in two pieces of main connecting plate lateral surfaces of two connecting seats, and it is solid using fastener
Fixed two pieces of main connecting plates make two pieces of secondary connecting plate lateral surfaces of a connecting seat be connect respectively with two pieces of pairs of another connecting seat
Plate lateral surface is aligned；
The vertical wing plate lateral surface fitting of longeron is fixed on main supporting plate lateral surface, longeron end is held out against by step 4
And it is welded on main connecting plate medial surface；
Two pieces of secondary connecting plate lateral surfaces on connecting seat are pasted merga pass by step 5 with two pieces of column wing plate medial surfaces respectively
Fastener is fixed, between column web is clipped in two pieces of main connecting plate lateral surfaces of two connecting seats, and with main connecting plate lateral surface
It is fixed by fastener, to which node top and bottom end are separately connected two sections structural column, epimere structural column bottom end is made to support
Above on wing plate lateral surface, hypomere structure top end is against on the wing plate lateral surface of lower section, and junction is welded respectively
Connect reinforcing；
The two fixed plates of fixed seat are pasted merga pass by step 6 with wing plate lateral surface and column wing plate lateral surface respectively
Fastener is fixed, and another piece of fixed plate both sides is made to be aligned respectively with cross web both sides.
Through the above steps, you can this node is made to be attached from different cylinders.
Compared with prior art, the utility model has the following advantages that：
This node uses the connecting seat and support base of channel steel structure, therefore convenient material drawing, is stablized using connecting seat and clamps two
Block cross web stablizes support using support base and indulges wing plate to stablize fixed cross beam, to stablize fixed longeron, while longeron
It can be further secured on connecting seat, to improve bonding strength, and can be according to the specific structure of cylinder, to select support base to install
Direction, therefore the installation of the cylinder suitable for various structures, and it is whole using assembled installation, installation effectiveness higher.
Description of the drawings
Fig. 1 and Fig. 2 is the front sectional view and transverse sectional view of the first structure of this node structure respectively；
Fig. 3 is tubing string vertical view；
Fig. 4 and Fig. 5 is the front sectional view and transverse sectional view of second of structure of this node structure respectively.
In figure,
1, tubing string；11, column plate；12, gusset；
2, structural column；21, column wing plate；22, column web；
3, crossbeam；31, wing plate；32, cross web；
4, longeron；41, wing plate is indulged；42, web is indulged；
5, connecting seat；51, main connecting plate；52, secondary connecting plate；
6, support base；61, main supporting plate；62, secondary support plate；
7, fixed seat；71, fixed plate.
Specific implementation mode
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in Figs. 1-5, a kind of Multi-function beam column node structure of the utility model, including cylinder, two I-shaped goosenecks 3
With two I-shaped steel longitudinal beams 4, crossbeam 3 includes two blocks of wing plates 31 and the cross web being vertically fixed between two blocks of wing plates 31
32, longeron 4 includes two blocks of vertical wing plates 41 and the vertical web 42 being vertically fixed between two blocks of vertical wing plates 41, is blocked among cylinder,
And include epimere cylinder and hypomere cylinder, further include the node being connected between two sections cylinder, node is including being channel steel
Manufactured two connecting seats 5 and four support bases 6, connecting seat 5 include two pieces of secondary connecting plates 52 being mutually parallel and both sides difference
Be vertically connected on two pieces of secondary 52 medial surfaces of connecting plate on one side on main connecting plate 51, support base 6 includes two pieces of pairs being mutually parallel
Support plate 62 and both sides be respectively perpendicular be connected to two pieces of secondary 62 medial surfaces of support plate on one side on main supporting plate 61, two crossbeams 3
The cross web 32 of end is extended, and is clipped between two pieces of 51 lateral surfaces of main connecting plate of two connecting seats 5, and makes two companies
Two pieces of main connecting plates, the 51 outside face interval setting of joint chair 5, and two pieces of 52 lateral surfaces of secondary connecting plate of a connecting seat 5 respectively with
52 lateral surface of secondary connecting plate of two pieces of another connecting seat 5 is aligned, outside 61 lateral surface of main supporting plate and vertical wing plate 41 of support base 6
Side fitting is fixed, and there are one support base 6, two 4 ends of longeron for each fixation on two pieces of 41 lateral surfaces of vertical wing plate of 4 end of longeron
Portion holds out against and is respectively welded on two pieces of 51 medial surfaces of main connecting plate；
Cylinder is square tube tubing string 1, and tubing string 1 includes four blocks of column plates 11 mutually surrounding, and two pieces on a connecting seat 5
52 lateral surface of secondary connecting plate is posted and fixed with two pieces of 11 medial surfaces of column plate being mutually parallel respectively, two on support base 6 piece pair
62 lateral surface of support plate is bonded fixation with 51 medial surface of main connecting plate and one piece of 11 medial surface of column plate respectively, two pieces on crossbeam 3
31 lateral surface of wing plate is aligned with two pieces of 41 lateral surfaces of vertical wing plate on longeron 4 respectively, and node top and bottom end are separately connected
Two sections tubing string 1, and 1 bottom end of epimere tubing string is against 31 lateral surface of top wing plate and top is indulged on 41 lateral surface of wing plate, under
1 tops Duan Guanzhu are against 31 lateral surface of lower section wing plate and lower section is indulged on 41 lateral surface of wing plate；
Or cylinder is i-beam structure column 2, and structural column 2 includes two blocks of column wing plates 21 and is vertically fixed on two blocks of column wing plates
Column web 22 between 21, and two pieces on a connecting seat 5 52 lateral surfaces of secondary connecting plate respectively with two pieces of 21 insides of column wing plates
Face posts and fixes, and column web 22 is clipped between two pieces of 51 lateral surfaces of main connecting plate of two connecting seats 5, and with main connecting plate 51
Lateral surface is fixed, and two on support base 6 piece pair support plate, 62 lateral surface is bonded and consolidates with two pieces of secondary 52 medial surfaces of connecting plate respectively
Fixed, two pieces of 31 lateral surfaces of wing plate on crossbeam 3 are aligned with two pieces of 41 lateral surfaces of vertical wing plate on longeron 4 respectively, and node top
End and bottom end are separately connected two sections structural column 2, and 2 bottom end of epimere structural column is against on 31 lateral surface of top wing plate, under
2 top of segment structure column is against on 31 lateral surface of lower section wing plate.
Further, two pieces of 32 ends of cross web offset and are welded and fixed.One piece of gusset 12, and muscle are welded in tubing string 1
Plate 12 is clipped between two pieces of 51 lateral surfaces of main connecting plate of two connecting seats 5, and 12 thickness of gusset is identical as 32 thickness of cross web.
Further include fixed seat 7, fixed seat 7 includes three pieces of vertically disposed fixed plates 71 two-by-two, and wherein two fixed plates 71 respectively with
31 lateral surface of wing plate and 11 lateral surface of column plate fitting fix or in which two fixed plates 71 respectively with 31 lateral surface of wing plate and
The fitting of 21 lateral surface of column wing plate is fixed, and another piece of 71 both sides of fixed plate are aligned with 32 both sides of cross web respectively.Cylinder is tubing string 1
When, 61 both sides of main supporting plate and 62 both sides of secondary support plate hold out against and are welded on two pieces of 52 medial surfaces of secondary connecting plate, cylinder respectively
For structural column 2 when, main supporting plate 61 on one side and secondary support plate 62 whiles hold out against and be welded on 51 medial surface of main connecting plate, and it is main
61 another side of support plate and secondary 62 another side of support plate being aligned on one side far from main connecting plate 51 with secondary connecting plate 52 respectively.The vertical wing
41 both sides of plate respectively with two pieces it is secondary 52 medial surface of connecting plate is vertical offsets, and be welded and fixed.Two pieces of 42 both sides of vertical web alignment, and
32 end of cross web is located between two blocks of vertical webs 42.
This node uses the connecting seat 5 and support base 6 of channel steel structure, therefore convenient material drawing, is stablized using connecting seat 5 and is clamped
Two pieces of cross webs 32 stablize support using support base 6 and indulge wing plate 41 to stablize fixed cross beam 3, to stablize fixed longeron 4,
Longeron 4 can be further secured on connecting seat 5 simultaneously, to improve bonding strength, and can be according to the specific structure of cylinder, with selection
6 installation direction of support base, therefore the installation of the cylinder suitable for various structures, and it is whole using assembled installation, installation effectiveness
Higher.
A kind of installation method of Multi-function beam column node structure,
Include the following steps,
Step 1 welds one piece of gusset 12 in tubing string 1, and the column plate 11 that 12 both sides of gusset are mutually parallel with two pieces respectively hangs down
Straight welding；
One piece of secondary 62 lateral surface of support plate on support base 6 is pasted merga pass by step 2 with 51 medial surface of main connecting plate
Fastener is fixed, and 61 both sides of main supporting plate and 62 both sides of secondary support plate are held out against respectively and are welded on two pieces of 52 insides of secondary connecting plate
On face, make on a connecting seat 5 that fixed there are two support bases 6；
Two pieces of 32 ends of cross web are offseted and are welded and fixed by step 3；
Step 4 between cross web 32 is clipped in two pieces of 51 lateral surfaces of main connecting plate of two connecting seats 5, and utilizes fastening
Part fixes two pieces of main connecting plates 51, make two pieces of a connecting seat 5 52 lateral surfaces of secondary connecting plate respectively with another connecting seat 5
Two pieces of secondary connecting plate 52 lateral surface alignment；
41 lateral surface of the vertical wing plate fitting of longeron 4 is fixed on 61 lateral surface of main supporting plate, by 4 end of longeron by step 5
Portion holds out against and is welded on 51 medial surface of main connecting plate；
Step 6, by two pieces on connecting seat 5 52 lateral surfaces of secondary connecting plate respectively in two blocks of column plates 11 being mutually parallel
Side patch merga pass fastener is fixed, and one on support base 6 piece pair 62 lateral surface of support plate is bonded solid with 11 medial surface of column plate
It is fixed, to which node top and bottom end are separately connected two sections tubing string 1,1 bottom end of epimere tubing string is made to be against top wing plate 31
Lateral surface and top are indulged on 41 lateral surface of wing plate, and 1 top of hypomere tubing string is against 31 lateral surface of lower section wing plate and wing plate is indulged in lower section
On 41 lateral surfaces, and reinforcing is respectively welded in junction；
Step 7 integrally penetrates two blocks of column plates 11, four pieces of secondary support plates 62, two pieces of main connecting plates 51 and muscle using fastener
Plate 12 is simultaneously fixed；
The two fixed plates 71 of fixed seat 7 are bonded with 31 lateral surface of wing plate and 11 lateral surface of column plate by step 8 respectively
And fixed by fastener, so that another piece of 71 both sides of fixed plate is aligned respectively with 32 both sides of cross web；
Or include the following steps,
Step 1, by two pieces on support base 6 62 lateral surfaces of secondary support plate respectively with two pieces of 52 inside face pastes of secondary connecting plate
Merga pass fastener is fixed, and main supporting plate 61 is held out against while with secondary support plate 62 and is welded on 51 inside of main connecting plate
On face, make on a connecting seat 5 that fixed there are two support bases 6；
Two pieces of 32 ends of cross web are offseted and are welded and fixed by step 2；
Step 3 between cross web 32 is clipped in two pieces of 51 lateral surfaces of main connecting plate of two connecting seats 5, and utilizes fastening
Part fixes two pieces of main connecting plates 51, make two pieces of a connecting seat 5 52 lateral surfaces of secondary connecting plate respectively with another connecting seat 5
Two pieces of secondary connecting plate 52 lateral surface alignment；
41 lateral surface of the vertical wing plate fitting of longeron 4 is fixed on 61 lateral surface of main supporting plate, by 4 end of longeron by step 4
Portion holds out against and is welded on 51 medial surface of main connecting plate；
Two pieces of secondary 52 lateral surfaces of connecting plate on connecting seat 5 are bonded with two pieces of 21 medial surfaces of column wing plate by step 5 respectively
And fixed by fastener, between column web 22 is clipped in two pieces of 51 lateral surfaces of main connecting plate of two connecting seats 5, and with main company
51 lateral surface of fishplate bar is fixed by fastener, to which node top and bottom end are separately connected two sections structural column 2, makes epimere
2 bottom end of structural column is against on 31 lateral surface of top wing plate, and 2 top of hypomere structural column is against on 31 lateral surface of lower section wing plate,
And reinforcing is respectively welded in junction；
Step 6, by the two fixed plates 71 of fixed seat 7 respectively with 21 outside face paste of 31 lateral surface of wing plate and column wing plate
Merga pass fastener is fixed, and another piece of 71 both sides of fixed plate is made to be aligned respectively with 32 both sides of cross web.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although tubing string 1, column plate 11, gusset 12, structural column 2, column wing plate 21, column web 22, cross is used more herein
Beam 3, wing plate 31, cross web 32, longeron 4, vertical wing plate 41, vertical web 42, connecting seat 5, main connecting plate 51, secondary connecting plate 52,
The terms such as support base 6, main supporting plate 61, secondary support plate 62, fixed seat 7, fixed plate 71, but be not precluded using other terms
Possibility.The use of these terms is merely for the convenience of describing and explaining the nature of the invention；It is construed as
Any one of the additional limitations is all contrary to the spirit of the present invention.
Claims (7)
1. a kind of Multi-function beam column node structure, including cylinder, two I-shaped goosenecks (3) and two I-shaped steel longitudinal beams (4), horizontal
Beam (3) includes two pieces of wing plates (31) and the cross web (32) being vertically fixed between two pieces of wing plates (31), and longeron (4) includes
Two pieces of vertical wing plates (41) and the vertical web (42) being vertically fixed between two pieces of vertical wing plates (41), it is characterised in that：The column
It is blocked among body, and includes epimere cylinder and hypomere cylinder, further include the node being connected between two sections cylinder, it is described
For node including being two connecting seats (5) and four support bases (6) made of channel steel, the connecting seat (5) includes mutually flat
Capable two pieces secondary connecting plates (52) and both sides be respectively perpendicular be connected to two pieces of pair connecting plate (52) medial surfaces on one side on main connection
Plate (51), the support base (6) include that two pieces of secondary support plates (62) being mutually parallel and both sides are respectively perpendicular and are connected to two pieces
Secondary support plate (62) medial surface on one side on main supporting plate (61), the cross web (32) of described two crossbeam (3) ends extends
It is arranged, and between two pieces of main connecting plate (51) lateral surfaces for being clipped in two connecting seats (5), and makes two pieces of two connecting seats (5)
Face interval setting on the outside of main connecting plate (51), and two pieces of secondary connecting plate (52) lateral surfaces of a connecting seat (5) respectively with it is another
Two pieces of a connecting seat (5) secondary connecting plate (52) lateral surfaces alignment, main supporting plate (61) lateral surface of the support base (6) with
Vertical wing plate (41) lateral surface fitting is fixed, and there are one institutes for each fixation on two pieces of vertical wing plate (41) lateral surfaces of longeron (4) end
The support base (6) stated, described two longeron (4) ends hold out against and are respectively welded on two pieces of main connecting plate (51) medial surfaces；
The cylinder is square tube tubing string (1), and tubing string (1) includes the four pieces of column plates (11) mutually surrounded, and a connecting seat
(5) two pieces of secondary connecting plate (52) lateral surfaces on are posted and fixed with two pieces of column plate (11) medial surfaces being mutually parallel respectively, are propped up
Support two pieces of secondary support plate (62) lateral surfaces on seat (6) respectively with main connecting plate (51) medial surface and one piece of column plate (11) medial surface
Fitting is fixed, two pieces of wing plate (31) lateral surfaces on crossbeam (3) respectively with two pieces of vertical wing plate (41) lateral surfaces on longeron (4)
Alignment, and node top and bottom end are separately connected two sections tubing string (1), and epimere tubing string (1) bottom end is against top wing plate
(31) lateral surface and top are indulged on wing plate (41) lateral surface, hypomere tubing string (1) top be against lower section wing plate (31) lateral surface and
It indulges on wing plate (41) lateral surface lower section；
Or the cylinder is i-beam structure column (2), and structural column (2) includes two pieces of column wing plates (21) and is vertically fixed on two
Column web (22) between block column wing plate (21), and two pieces on a connecting seat (5) secondary connecting plate (52) lateral surfaces respectively with
Two pieces of column wing plate (21) medial surfaces post and fix, and column web (22) is clipped in two pieces of main connecting plates (51) of two connecting seats (5)
It between lateral surface, and is fixed with main connecting plate (51) lateral surface, secondary support plate (62) lateral surface difference of two pieces on support base (6)
Posted and fixed with two pieces of secondary connecting plate (52) medial surfaces, two pieces of wing plate (31) lateral surfaces on crossbeam (3) respectively with longeron
(4) two pieces of vertical wing plate (41) lateral surface alignment on, and node top and bottom end are separately connected two sections structural column (2), and
Epimere structural column (2) bottom end is against on wing plate (31) lateral surface of top, and hypomere structural column (2) top is against lower section wing plate
(31) on lateral surface.
2. a kind of Multi-function beam column node structure according to claim 1, it is characterised in that：Two pieces of cross webs
(32) end offsets and is welded and fixed.
3. a kind of Multi-function beam column node structure according to claim 2, it is characterised in that：Weldering in the tubing string (1)
It is connected to one piece of gusset (12), and gusset (12) is clipped between two pieces of main connecting plate (51) lateral surfaces of two connecting seats (5), and muscle
Plate (12) thickness is identical as cross web (32) thickness.
4. a kind of Multi-function beam column node structure according to claim 3, it is characterised in that：Further include fixed seat (7), institute
The fixed seat (7) stated includes three pieces of vertically disposed fixed plates (71) two-by-two, and wherein two fixed plates (71) respectively with wing
Plate (31) lateral surface and column plate (11) lateral surface fitting fix or in which two fixed plates (71) respectively with wing plate (31) on the outside of
Face and the fitting of column wing plate (21) lateral surface are fixed, and another piece of fixed plate (71) both sides are aligned with cross web (32) both sides respectively.
5. a kind of Multi-function beam column node structure according to claim 4, it is characterised in that：The cylinder is tubing string
(1) when, main supporting plate (61) both sides and secondary support plate (62) both sides hold out against and are welded on the inside of two pieces of secondary connecting plates (52) respectively
On face, when the cylinder is structural column (2), the main supporting plate (61) holds out against and welds while with secondary support plate (62)
It is connected on main connecting plate (51) medial surface, and main supporting plate (61) another side and secondary support plate (62) another side are connect with pair respectively
On one side alignment of the plate (52) far from main connecting plate (51).
6. a kind of Multi-function beam column node structure according to claim 5, it is characterised in that：The vertical wing plate (41) two
Side respectively with two pieces it is secondary connecting plate (52) medial surface is vertical offsets, and be welded and fixed.
7. a kind of Multi-function beam column node structure according to claim 6, it is characterised in that：Two blocks of vertical webs
(42) both sides are aligned, and cross web (32) end is located between two pieces of vertical webs (42).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721918484.3U CN207863158U (en) | 2017-12-29 | 2017-12-29 | A kind of Multi-function beam column node structure |
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| CN201721918484.3U CN207863158U (en) | 2017-12-29 | 2017-12-29 | A kind of Multi-function beam column node structure |
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| CN (1) | CN207863158U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110130491A (en) * | 2019-04-18 | 2019-08-16 | 清华大学 | The aluminum alloy beams Column border node of the reinforced ring-grooved rivet connection of channel steel |
| CN113982110A (en) * | 2021-11-01 | 2022-01-28 | 山东经典建筑设计有限公司 | Assembled steel structure node and mounting method thereof |
-
2017
- 2017-12-29 CN CN201721918484.3U patent/CN207863158U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110130491A (en) * | 2019-04-18 | 2019-08-16 | 清华大学 | The aluminum alloy beams Column border node of the reinforced ring-grooved rivet connection of channel steel |
| CN110130491B (en) * | 2019-04-18 | 2021-03-30 | 清华大学 | Aluminum alloy beam column joint connected by channel steel reinforced ring groove rivet |
| CN113982110A (en) * | 2021-11-01 | 2022-01-28 | 山东经典建筑设计有限公司 | Assembled steel structure node and mounting method thereof |
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