CN207553294U - The connection structure of modularization steel construction - Google Patents
The connection structure of modularization steel construction Download PDFInfo
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- CN207553294U CN207553294U CN201721319287.XU CN201721319287U CN207553294U CN 207553294 U CN207553294 U CN 207553294U CN 201721319287 U CN201721319287 U CN 201721319287U CN 207553294 U CN207553294 U CN 207553294U
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Abstract
The utility model belongs to building connection structure technical field, more particularly to a kind of connection structure of modularization steel construction, each first modularization steel is tied equipped with the first column, each second modularization steel construction is equipped with the second column, connection structure includes connection structure ontology, connection structure ontology includes connecting plate and protrudes from the sleeve and second sleeve of the two opposite sides outer surface of connecting plate respectively, and each first sleeve is oppositely arranged one by one with each second sleeve；Each first upright post sleeve is set on corresponding first sleeve and each first column abuts connecting plate, and each second upright post sleeve is set in corresponding second sleeve and each second column abuts connecting plate；Connection structure further includes the first locking piece and the second locking piece, and a first locking piece part passes through the side wall of the first column and stretches into the first sleeve.The utility model can be ensured that the stability connected between the first modularization steel construction and the second modularization steel construction, the assembly precision that ensure that monolithic architecture, accelerate assembled formation, improve working efficiency.
Description
Technical field
The utility model belongs to building connection structure technical field more particularly to a kind of connection knot of modularization steel construction
Structure.
Background technology
Consider based on growing human cost and for environment, quality etc. are many-sided, development assembled architecture is
Through becoming the trend and target of building trade instantly, and the highest form of expression of the modular architectural as assembled architecture.In mould
Blockization building in, usually by multiple modularization steel structure connections or stack, modularization steel construction have in itself crossbeam and
Column is formed by connecting, and concrete shape is mostly cuboid or square.The connection mode of modularization steel construction includes, in level side
It is upward laterally side by side and longitudinal direction side by side and mutually rectangular array distribution, in the vertical direction, can by multiple-layer stacked and
Into.
The modularization steel construction of the prior art is difficult to be widely popularized and applied in mainstream construction market, to find out its cause,
It is primarily due to lack connection that is effective, stablizing between modularization steel construction, it is cumbersome in position fixing process.
Utility model content
The purpose of this utility model is to provide a kind of connection structures of modularization steel construction, it is intended to solve in the prior art
Modularization steel construction there is technical issues that connective stability is insufficient and positioning.
To achieve the above object, the technical solution adopted in the utility model is：A kind of connection structure of modularization steel construction,
The connection structure is used to connect at least one first modularization steel knot and at least one second modularization steel knot, each first module
Change steel to tie equipped with the first column, each second modularization steel construction is equipped with the second column, and the connection structure includes connecting
Structural body is connect, the connection structure ontology includes connecting plate and protrudes from the two opposite sides outer surface of the connecting plate respectively
It is at least one to be corresponded with each one-to-one first sleeve of first column and at least one and each first column
Second sleeve, each first sleeve is oppositely arranged one by one with each second sleeve；
Each first upright post sleeve is set on corresponding first sleeve and each first column abuts the connection
Plate, each second upright post sleeve is set in the corresponding second sleeve and each second column abuts the connecting plate；
The connection structure further includes at least one first locking piece and at least one second locking piece, each first lock
A part part is determined across the side wall of first column and is stretched into first sleeve, and each second locking piece passes through described
The side wall of second column is simultaneously stretched into the second sleeve.
Further, each first locking piece runs through first column and the first sleeve, each second locking piece
Through second column and the second sleeve.
Further, the side wall of each first sleeve be equipped with two the first locking holes being oppositely arranged, each described second set
Cylinder side wall be equipped with two the second locking holes being oppositely arranged, the side wall of each first column be oppositely arranged equipped with two and with
The corresponding third locking hole of first locking hole, the side wall of each second column are oppositely arranged equipped with two and with described
Corresponding 4th locking hole of two locking holes, first locking piece are stretched into first locking hole and the third locking hole,
Second locking piece is stretched into second locking hole and the 4th locking hole.
Further, first locking hole or the third locking hole are the first slot hole, in first slot hole
The centerline parallel of heart line and first sleeve, second locking hole or the 4th locking hole are the second slot hole, institute
State the center line of the second slot hole and the centerline parallel of the second sleeve.
Further, first locking piece is the first screw with the first nut, and the end of first screw is passed through
It wears first column and the first sleeve and is fastenedly connected with first nut；Second locking piece is with the second spiral shell
The second female screw, the end of second screw is through second column and second sleeve and tight with second nut
It is solidly connected.
Further, fluid sealant is equipped between the connecting end surface of first column and an outer surface of the connecting plate,
Fluid sealant is equipped between the connecting end surface of second column and another outer surface of the connecting plate.
Further, the outer surface of the two opposite sides on the connecting plate is respectively equipped with two first sleeves and two
The second sleeve.
Further, the outer surface of the two opposite sides on the connecting plate is respectively equipped with three first sleeves and three
The second sleeve, and three first sleeves and the L-shaped distribution of three second sleeves.
Further, the outer surface of the two opposite sides on the connecting plate is respectively equipped with four first sleeves and four
The second sleeve, and the rectangular type distribution of four first sleeves and four second sleeves.
Further, the first modularization steel construction is additionally provided with what is connect with the side of the connecting pin of first column
First crossbeam, the first crossbeam are drum steel or H profile steel, and the inner wall with first column is equipped in first column
Connection and first reinforcing plate opposite with the edge of a wing position of the first crossbeam；The second modularization steel construction is additionally provided with and institute
State the connecting pin of the second column side connection second cross beam, the second cross beam be drum steel or H profile steel, described second
It is equipped in column and the connection of the inner wall of second column and second reinforcing plate opposite with the edge of a wing position of the second cross beam
The beneficial effects of the utility model：In the connection structure of the modularization steel construction of the utility model, the first sleeve is stretched
Enter in the first column, second sleeve is stretched into the second column, and the second modularization steel construction is not easy to shift, it can be ensured that the first module
Change the stability connected between steel construction and the second modularization steel construction；Each first module can quickly be positioned by connection structure
Change steel construction and each second modularization steel construction, maximumlly ensure that the assembly precision of monolithic architecture, while accelerate whole build
The assembled formation built improves working efficiency；First locking piece locks the first sleeve and the first column so that connection structure ontology with
First modularization steel structure connection loosens, and increases the stability of connection structure ontology and the first modularization steel structure connection；Second
Locking piece locks second sleeve and the second column so that connection structure ontology is loosened with the second modularization steel structure connection, is increased
The stability of connection structure ontology and the second modularization steel structure connection；Stress is clearly succinct, and complicated hinged joint is converted
As Design of Steel Structural Element Sections and welding seam calculating, contribute to control safety reliability.
Description of the drawings
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing is briefly described needed in description, it should be apparent that, the accompanying drawings in the following description is only that this practicality is new
Some embodiments of type, for those of ordinary skill in the art, without having to pay creative labor, can be with
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is the assembly intention of the connection structure of modularization steel construction that the utility model embodiment provides；
Fig. 2 is the Section View of Fig. 1；
There are one the first sleeves and the connection structure sheet of a second sleeve for the tool that the utility model embodiment provides by Fig. 3
The structure diagram of body；
There are two the first sleeves and the connection structure sheet of two second sleeves for the tool that the utility model embodiment provides by Fig. 4
The structure diagram of body；
There are three the first sleeves and the connection structure sheet of three second sleeves for the tool that the utility model embodiment provides by Fig. 5
The structure diagram of body；
There are four the first sleeves and the connection structure sheet of four second sleeves for the tool that the utility model embodiment provides by Fig. 6
The structure diagram of body；
There are four the first sleeves and the connection structure sheet of four second sleeves for the tool that the utility model embodiment provides by Fig. 7
The side view of body.
Wherein, each reference numeral in figure：
10-- the first column 20-- the second column 30-- connecting plates
40-- the first sleeve 41-- the first locking hole 50-- second sleeves
51-- the second locking hole 60-- first crossbeam 70-- second cross beams
80-- the first reinforcing plate 90-- the second reinforcing plate 100-- fluid sealants
110-- the first locking piece 111-- the 112-the first nuts of the first screw
121 second the 122-the second nut of screw of the second locking pieces of 120--.
Specific embodiment
The embodiment of the utility model is described below in detail, the example of the embodiment is shown in attached drawing 1 to attached drawing 7,
Wherein same or similar label represents same or similar element or the element with same or like function from beginning to end.Under
Face is exemplary by reference to the embodiment that attached drawing 1 to attached drawing 7 describes, it is intended to for explaining the utility model, and cannot be managed
It solves as the limitation to the utility model.
In the description of the present invention, it is to be appreciated that term " length ", " width ", " on ", " under ", " preceding ",
The orientation or position relationship of the instructions such as " rear ", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer " are based on attached
Orientation or position relationship shown in figure are for only for ease of description the utility model and simplify description rather than instruction or imply
Signified device or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that this
The limitation of utility model.
In addition, term " first ", " second " are only used for description purpose, and it is not intended that instruction or hint relative importance
Or the implicit quantity for indicating indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include one or more this feature." multiple " are meant that two or two in the description of the present invention,
More than, unless otherwise specifically defined.
In the utility model unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " Gu
It is fixed " etc. terms should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected or integral；Can be
Mechanical connection or electrical connection；It can be directly connected, can also be indirectly connected by intermediary, can be two
The interaction relationship of connection or two elements inside element.It for the ordinary skill in the art, can basis
Concrete condition understands concrete meaning of the above-mentioned term in the utility model.
As shown in Fig. 1~7, a kind of connection structure of modularization steel construction is present embodiments provided, connection structure is used to connect
Connect at least one first modularization steel knot (not indicated in figure) and at least one second modularization steel knot (not indicated in figure), each
One modularization steel is tied equipped with the first column 10, and each second modularization steel construction is equipped with the second column 20, and connection structure includes
Connection structure ontology, connection structure ontology include connecting plate 30, at least one first sleeve 40 and at least one second sleeve 50,
Each first sleeve 40 and each second sleeve 50 protrude from 30 two opposite sides outer surface of connecting plate respectively, each first sleeve 40 and each the
Two sleeves 50 are oppositely arranged one by one, and each first column 10 is sheathed on corresponding first sleeve 40 and each first column 10 is abutted and connected
The one outer surface of fishplate bar 30, each second column 20 is sheathed in corresponding second sleeve 50 and each second column 20 abuts connection
Another opposite outer surface of plate 30；Connection structure further includes at least one first locking piece 110 and at least one second locking
Part 120, a part for each first locking piece 110 pass through the side wall of the first column 10 and stretch into the first sleeve 40, each second lock
The part for determining part 120 passes through the side wall of the second column 20 and stretches into second sleeve 50.
The present embodiment specific operation process is as follows：
1st, each first modularization steel construction is lifted, and adjusts level；
2nd, connection structure ontology is positioned on each first modularization steel construction, and is inserted into each first sleeve 40 and corresponds to
The first column 10 in, i.e., each first column 10 is sheathed on corresponding first sleeve 40；
3rd, the first locking piece 110 is passed through into the side wall of the first column 10 and stretched into the first sleeve 40；
4th, each second modularization steel construction is lifted successively, each second column 20 is made to be directed at corresponding second sleeve 50, downwards
Mobile second modularization steel construction, makes the second column 20 be sheathed in second sleeve 50, and adjust level；
5th, the second locking piece 120 is passed through into the side wall of the second column 20 and stretched into second sleeve 50.
In this implementation, as shown in Fig. 2, the first sleeve 40 is stretched into the first column 10, second sleeve 50 stretches into the second column
In 20, the second modularization steel construction is not easy to shift, it can be ensured that between the first modularization steel construction and the second modularization steel construction
The stability of connection；Each first modularization steel construction and each second modularization steel construction can quickly be positioned by connection structure,
It maximumlly ensure that the assembly precision of monolithic architecture, while accelerate the assembled formation of monolithic architecture, improve working efficiency；First
Locking piece 110 locks the first sleeve 40 and the first column 10 so that connection structure ontology and the first modularization steel structure connection pine
It is de-, increase the stability of connection structure ontology and the first modularization steel structure connection；Second locking piece 120 locks second sleeve 50
With the second column 20 so that connection structure ontology is loosened with the second modularization steel structure connection, increases connection structure ontology and the
The stability of two modularization steel structure connections；Stress is clearly succinct, by complicated hinged joint transform into Design of Steel Structural Element Sections and
Welding seam calculating contributes to control safety reliability.
In the present embodiment, connection structure is set at the top quadrangle or bottom four corners of modularization steel construction for adjacent
Connection between two modularization steel constructions, it is adjacent on the adjacent adjacent or vertical direction that can be horizontally oriented.This
In embodiment, connection structure is then set to the quadrangle at the top of the first modularization steel construction so that the second modularization steel construction
The quadrangle of bottom is connect by quadrangle of four connection structures respectively with the top of the first modularization steel construction, and the present embodiment is with perpendicular
Illustrated for upward adjacent of Nogata, then 30 two opposite sides outer surface of connecting plate refer to connecting plate 30 upper surface and
Lower surface is respectively provided to a few second sleeve 50 and at least one first sleeve in the upper and lower surface of connecting plate 30
40。
In addition, the first modularization steel construction and the second modularization steel construction are connected by connection structure ontology, the first module
The gap changed between steel construction and the second modularization steel construction is small, convenient for being directly fixed by screw the first module being superimposed up and down
Change steel construction and the second modularization steel construction and convenient for being directly fixed by screw the first horizontally adjacent modularization steel knot
Structure, convenient for being directly fixed by screw the second horizontally adjacent modularization steel construction.It can also be in the first adjacent modularization steel knot
Setting and the backing plate (not shown) of 30 uniform thickness of connecting plate between structure and the first modularization steel construction；Exist in the horizontal direction simultaneously
During row's distribution, it is equipped between two first adjacent modularization steel constructions, between two second adjacent modularization steel constructions aforementioned
Backing plate, to avoid each modularization steel construction because being deformed during screw connection.
In the present embodiment, the connecting pin of the first column 10 refer to the first column 10 with close to one end of connecting plate 30, first
The connecting end surface of column 10 refers to the first column 10 and the end face close to connecting plate 30；The connecting pin of second column 20 refers to
Two columns 20 refer to the second column 20 and close connecting plate 30 with the connecting end surface close to one end of connecting plate 30, the second column 20
End face.
In the present embodiment, as shown in Figures 3 to 6, the particular number of the first sleeve 40 and second sleeve 50 can be one,
Two, three, four and other more than four numerical value.As shown in figure 3, one the first sleeve 40 of setting and one second
Sleeve 50, single second modularization steel construction and single first modularization steel construction suitable for stacked on top；Setting two, three
When a either four the first sleeves 40 and setting two, three or four second sleeves 50, each first modularization steel construction
Positioned at lower floor and adjacent or arranged side by side, each first modularization steel construction is positioned by the first sleeve 40 with connecting plate 30, and each
Two modularization steel constructions are located at upper strata and adjacent or arranged side by side, and each second modularization steel construction is by second sleeve 50 with connecting
Plate 30 positions, and connection structure can collapse each the first modularization steel construction simultaneously at this time, by each first modularization of same layer
Steel construction is fastenedly connected and collapses each the second modularization steel, and each second modularization steel construction of same layer is fastenedly connected.
In the present embodiment, each first sleeve 40 is oppositely arranged one by one with each second sleeve 50, the quantity of the first sleeve 40 with
The quantity of second sleeve 50 is identical, and each first sleeve 40 and each second sleeve 50 are oppositely arranged in length direction, i.e. the first sleeve
40 and each second sleeve 50 it is coaxial or set with center line.
For big groups of building, multiple first modularization steel constructions press the formal distribution of rectangular array, multiple second moulds
Block steel construction presses the formal distribution of rectangular array, and each first modularization steel construction and each second modularization steel construction multilayer weight
Overlapping adds, and each first modularization steel construction of same layer is a floor, and each second modularization steel construction of same layer is also one
Floor.So in big groups of building, each floor is equipped with multiple connection structures, and adjust each layer connection structure is in same water
Plane seems very necessary.It, can be by being arranged gasket on each first sleeve 40 in aforementioned operation step 2 in the present embodiment
(being shown in figure) can adjust the height of each connection structure very conveniently, to ensure all connection structures on a floor
It is on a horizontal plane.
In the present embodiment, the first opposite sleeve 40 and second sleeve 50 can be independent from each other two structures, and each
One sleeve 40 is connect with the one outer surface of connecting plate 30, and each second sleeve 50 is connect with another outer surface of connecting plate 30.
Further, as shown in Fig. 2, each first locking piece 110 runs through the first column and the first sleeve 40, each second locking
Part 120 runs through the second column 20 and second sleeve 50.First locking piece 110 runs through the first column 10 and the first sleeve 40 simultaneously,
The first locking piece 110 is enabled firmly to lock the first column 10 and the first sleeve 40, the first column is prevented with splendid
10 and first effect that loosens of sleeve 40；Second locking piece 120 is simultaneously through the second column 20 and second sleeve 50 so that second
Locking piece 120 can firmly lock the second column 20 and second sleeve 50, and the second column 20 and second is prevented with splendid
The effect that sleeve 50 loosens.
In the present embodiment, each first locking piece 110 can be only through the side wall and the first sleeve of the side of the first column 10
The side wall of 40 respective side, each second locking piece 120 can be only through the side wall of the second column 20 side and second sleeves 50
The side wall of respective side.
Further, as shown in figure 3, the side wall of each first sleeve 40 is equipped with two the first locking holes 41 being oppositely arranged, respectively
The side wall of second sleeve 50 is equipped with two the second locking holes 51 being oppositely arranged, and the side wall of each first column 10 is equipped with two relatively
Setting and with 41 corresponding third locking hole (not indicated in figure) of the first locking hole, the side wall of each second column 20 is equipped with two-phase
To setting and with 51 corresponding 4th locking hole (not indicated in figure) of the second locking hole, the first locking piece 110 stretches into the first locking
In hole 41 and third locking hole, the second locking piece 120 is stretched into the second locking hole 51 and the 4th locking hole.In the present embodiment, lead to
The first locking hole 41 of setting and third locking hole are crossed so that the first locking piece 110 stretches into, by setting the second locking hole 51 and the
Four the second locking pieces of locking hole Yi works 120 stretch into so that the first locking piece 110 and the second locking piece 120 installation facility.
Further, as shown in fig. 7, the first locking hole 41 or third locking hole are the first slot hole, in the first slot hole
The centerline parallel of heart line and the first sleeve 40, the second locking hole 51 or the 4th locking hole are the second slot hole, the second slot hole
Center line and the centerline parallel of second sleeve 50.By setting slot hole, connection structure ontology can be with respect to the first modularization steel knot
Structure moves up or down, and the second modularization steel construction can be moved up or down with respect to the position of connection structure ontology so that connection
The position of structural body is adjustable and so that the position of the second modularization steel construction is adjustable, convenient for each connection structure of same layer
Ontology leveling and the second modularization steel construction leveling convenient for same layer.
In this implementation, leveling refers to adjusting level, that is, adjusts to the same horizontal position.
Further, as shown in Fig. 2, the first locking piece 110 is the first screw 111 with the first nut 112, the first spiral shell
The end of silk 111 connects through the first column 10 and the end of the first sleeve 40 and the first screw 111 with the fastening of the first nut 112
It connects；Second locking piece 120 is the second screw 121 with the second nut 122, and the second column is run through in the end of the second screw 121
20 and the end of second sleeve 50 and the second screw 121 be fastenedly connected with the second nut 122.It is fastened by the first nut 112
First screw 111 fastens the second screw 121 to prevent the to prevent the first locking piece 110 from loosening by the second nut 122
Two locking pieces 120 loosen.
Further, the one outer surface of each first sleeve 40 and connecting plate 30 is vertically arranged, and each second sleeve 50 is with connecting
Another outer surface of fishplate bar 30 is vertically arranged.First sleeve 40 and second sleeve 50 are vertical with connecting plate 30, when each floor layer
Including multiple first modularization steel constructions or during multiple second modularization steel constructions, pendulum is neat and makes each first modularization steel construction
It when being closely packed together, is smoothly inserted into corresponding first column 10 convenient for each first sleeve 40, it is ensured that placing each second mould
During block steel construction, each second column 20 can be successfully placed in second sleeve 50.
In the present embodiment, each first sleeve 40 and corresponding 50 integrally connected of each second sleeve are formed through connecting plate 30
Sleeve.Specifically, mounting hole (not shown) is equipped on connecting plate 30, sleeve is arranged in mounting hole and the both ends of sleeve
Protrude from the outer surface of the two opposite sides of connecting plate 30 respectively, i.e., the both ends of sleeve protrude from respectively connecting plate 30 upper surface and
Lower surface, one end that sleeve protrudes from 30 lower surface of connecting plate is aforementioned first sleeve 40, and sleeve protrudes from 30 upper table of connecting plate
The one end in face is second sleeve 50.
Further, as shown in Figure 1 and Figure 7, each first sleeve, 40 concrete shape can be cylindrical sleeve or
It is prismatic casing, the first column 10 is circular hole matched with cylinder-shaped sleeve or is matched more with prismatic casing
Side shape hole.
Further, each 50 concrete shape of second sleeve can be cylindrical sleeve or be prismatic casing,
Second column 20 is circular hole matched with cylinder-shaped sleeve or is and the matched polygonal hole of prismatic casing.
Further, as shown in Figure 1, being equipped between the connecting end surface of the first column 10 and an outer surface of connecting plate 30 close
Sealing 100 is equipped with fluid sealant 100 between the connecting end surface of second column 20 and another outer surface of connecting plate 30.Pass through setting
Fluid sealant 100 increases between leakproofness and the second column 20 and the connecting plate 30 between the first column 10 and connecting plate 30
Leakproofness prevents corrosion of intaking in the first column 10 and in the second column 20.
In the present embodiment, be preferably provided on connecting plate 30 one, two, three and four the first sleeve 40 and preferably
One, two, three and four second sleeve 50 is set.
Specifically, as shown in figure 4, the outer surface of the two opposite sides on connecting plate 30 is respectively equipped with two 40 Hes of the first sleeve
Two second sleeves 50.It is corresponding, suitable at least two first modularization steel constructions being linearly distributed and linear distribution
At least two second modularization steel constructions, each connection structure for simultaneously connect positioned at lower floor two the first adjacent modularizations
Steel construction and two the second adjacent modularization steel constructions positioned at upper strata.
Specifically, as shown in figure 5, the outer surface of the two opposite sides on connecting plate 30 is respectively equipped with three 40 Hes of the first sleeve
Three second sleeves 50, and three the first sleeves 40 and the L-shaped distribution of three second sleeves 50.It is corresponding, three the first moulds
Block steel construction and three the second L-shaped distributions of modularization steel construction.
Specifically, as shown in fig. 6, the outer surface of the two opposite sides on connecting plate 30 is respectively equipped with four 40 Hes of the first sleeve
Four second sleeves 50, and the rectangular type distribution of four the first sleeves 40 and four second sleeves 50, rectangular type distribution are
Refer to the quadrangle for being distributed in rectangle.It is corresponding, the rectangular type distribution of four the first modularization steel constructions and four the second modularization steel
The rectangular type distribution of structure.
When more than two first sleeves 40 and more than two second sleeves 50 are set on connecting plate, each first modularization
Steel construction and the second modularization steel construction being disposed below are stacked into the modularization steel structure column extended straight up, connection knot
Structure enables to each modularization steel structure column to link together, and modularization steel structure column is avoided to tilt and collapse due to excessive height.
Further, as depicted in figs. 1 and 2, the first modularization steel construction is additionally provided with and the connecting pin of the first column 10
The first crossbeam 60 of side connection, first crossbeam 60 are drum steel or H profile steel, are equipped with and the first column 10 in the first column 10
Inner wall connection and first reinforcing plate 80 opposite with the edge of a wing position of first crossbeam 60；Second modularization steel construction be additionally provided with
The connecting pin of second column 20 side connection second cross beam 70, second cross beam 70 be drum steel or H profile steel, the second column
It is equipped in 20 and the connection of the inner wall of the second column 20 and second reinforcing plate 90 opposite with the edge of a wing position of second cross beam 70.Pass through
First reinforcing plate 80 is set, increases the intensity of the first column 10, and then increase first crossbeam 60 and the connection of the first column 10 are strong
Degree；By setting the second reinforcing plate 90, increase the intensity of the second column 20, and then increase by 70 and second column 20 of second cross beam
Bonding strength；In addition first crossbeam 60 and 70 equal recruitment shaped steel of second cross beam or H profile steel are selected, convenient in the first column 10 and
First reinforcing plate 80 and the second reinforcing plate 90 are set respectively in second column 20.
Further, drum steel or H profile steel include web and are located at the flange plate of web both sides respectively, and first strengthens
Plate 80 is opposite with the edge of a wing position of first crossbeam 60 to refer to the first reinforcing plate 80 and the position of the one flange plate of first crossbeam 60
Relatively, the second reinforcing plate 90 is opposite with the edge of a wing position of second cross beam 70 refers to the second reinforcing plate 90 and the one of second cross beam 70
The position of flange plate is opposite.
The present embodiment can be set there are two the first reinforcing plate 80 and two the second reinforcing plates 90, two first reinforcing plates 80 and first
The position of two flange plates of crossbeam 60 is opposite, and two second reinforcing plates 90 are opposite with the position of two flange plates of second cross beam 70.
The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all in this practicality
All any modification, equivalent and improvement made within novel spirit and principle etc., should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of connection structure of modularization steel construction, the connection structure for connect at least one first modularization steel knot and
At least one second modularization steel knot, each first modularization steel are tied equipped with the first column, each second modularization steel construction
It is equipped with the second column, it is characterised in that：The connection structure includes connection structure ontology, and the connection structure ontology includes connecting
Fishplate bar and at least one and each first column of two opposite sides outer surface of the connecting plate is protruded from respectively correspond
The first sleeve and at least one with each one-to-one second sleeve of first column, each first sleeve with it is each described
Second sleeve is oppositely arranged one by one；
Each first upright post sleeve is set on corresponding first sleeve and each first column abuts the connecting plate, respectively
Second upright post sleeve is set in the corresponding second sleeve and each second column abuts the connecting plate；
The connection structure further includes at least one first locking piece and at least one second locking piece, each first locking piece
A part pass through first column side wall and stretch into first sleeve, a part for each second locking piece is worn
It crosses the side wall of second column and stretches into the second sleeve.
2. the connection structure of modularization steel construction according to claim 1, it is characterised in that：Each first locking piece passes through
First column and the first sleeve are worn, each second locking piece runs through second column and the second sleeve.
3. the connection structure of modularization steel construction according to claim 2, it is characterised in that：The side of each first sleeve
Wall is equipped with two the first locking holes being oppositely arranged, and the side wall of each second sleeve is equipped with two the second lockings being oppositely arranged
Hole, the side wall of each first column is oppositely arranged equipped with two and third locking hole corresponding with first locking hole, respectively
The side wall of second column is oppositely arranged equipped with two and the 4th locking hole corresponding with second locking hole, and described first
Locking piece is stretched into first locking hole and the third locking hole, second locking piece stretch into second locking hole and
In 4th locking hole.
4. the connection structure of modularization steel construction according to claim 3, it is characterised in that：First locking hole or
The third locking hole is the first slot hole, and the centerline parallel of the center line of first slot hole and first sleeve is described
Second locking hole or the 4th locking hole are the second slot hole, the center line of second slot hole in the second sleeve
Heart line is parallel.
5. the connection structure of modularization steel construction according to claim 3, it is characterised in that：First locking piece is tool
There is the first screw of the first nut, first column and the first sleeve and described first are run through in the end of first screw
The end of screw is fastenedly connected with first nut；Second locking piece is the second screw with the second nut, described
The end of second screw is through second column and the end of second sleeve and second screw and second nut
It is fastenedly connected.
6. the connection structure of modularization steel construction according to any one of claims 1 to 5, it is characterised in that：Described first
Fluid sealant, the connecting end surface of second column and institute are equipped between the connecting end surface of column and an outer surface of the connecting plate
It states and fluid sealant is equipped between another outer surface of connecting plate.
7. the connection structure of modularization steel construction according to any one of claims 1 to 5, it is characterised in that：The connection
The outer surface of two opposite sides on plate is respectively equipped with two first sleeves and two second sleeves.
8. the connection structure of modularization steel construction according to any one of claims 1 to 5, it is characterised in that：The connection
The outer surface of two opposite sides on plate is respectively equipped with three first sleeves and three second sleeves, and three described
One sleeve and the L-shaped distribution of three second sleeves.
9. the connection structure of modularization steel construction according to any one of claims 1 to 5, it is characterised in that：The connection
The outer surface of two opposite sides on plate is respectively equipped with four first sleeves and four second sleeves, and four described
One sleeve and the rectangular type distribution of four second sleeves.
10. the connection structure of modularization steel construction according to any one of claims 1 to 5, it is characterised in that：Described first
Modularization steel construction is additionally provided with the first crossbeam being connect with the side of the connecting pin of first column, and the first crossbeam is work
Shaped steel or H profile steel, be equipped in first column connect with the inner wall of first column and with the wing of the first crossbeam
The first opposite reinforcing plate of edge position；The second modularization steel construction is additionally provided with the side with the connecting pin of second column
The second cross beam of connection, the second cross beam are drum steel or H profile steel, are equipped with and second column in second column
Inner wall connection and second reinforcing plate opposite with the edge of a wing position of the second cross beam.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112012338A (en) * | 2020-07-31 | 2020-12-01 | 东南大学 | Mortise and tenon type modular steel structure connecting node |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112012338A (en) * | 2020-07-31 | 2020-12-01 | 东南大学 | Mortise and tenon type modular steel structure connecting node |
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Effective date of registration: 20190826 Address after: 518000 Huatai Road Training Building, Nanshan District, Shenzhen City, Guangdong Province, 3rd Floor Co-patentee after: CHINA CONSTRUCTION SCIENCE & TECHNOLOGY CO., LTD. Patentee after: China Construction Technology Co., Ltd. Shenzhen branch Co-patentee after: Chinese architecture Development Co., Ltd Address before: 518000 Huatai Road Training Building, Nanshan District, Shenzhen City, Guangdong Province, 3rd Floor Patentee before: China Construction Technology Co., Ltd. Shenzhen branch |