CN208023789U - Overlap exterior wall T-type connecting node - Google Patents
Overlap exterior wall T-type connecting node Download PDFInfo
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- CN208023789U CN208023789U CN201721719888.XU CN201721719888U CN208023789U CN 208023789 U CN208023789 U CN 208023789U CN 201721719888 U CN201721719888 U CN 201721719888U CN 208023789 U CN208023789 U CN 208023789U
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Abstract
The utility model is related to overlap exterior wall T-type connecting node, two pieces of overlapping exterior walls are in two pieces of overlapping exterior walls of "-" type arrangement, the junction of two pieces of overlapping exterior walls is equipped with the overlapping interior wall perpendicular to overlapping exterior wall, the combination side of two pieces of overlapping exterior walls is reserved with the first stirrup, and overlapping interior wall is reserved with the second stirrup close to the side of overlapping exterior wall；Be equipped with more first vertical joint reinforcing bars in the enclosed region of first stirrup, be cased with third stirrup outside the first vertical joint reinforcing bar of the first stirrup on two pieces of overlapping exterior walls, to by two pieces of overlapping Side fascias bindings together；The both sides of two pieces of overlapping exterior wall junctions are respectively equipped with more second vertical joint reinforcing bars, and second stirrup is sleeved on outside described more second vertical joint reinforcing bars.The overlapping exterior wall T-type connecting node globality of the utility model is strong, can overlapping exterior wall and overlapping interior wall be linked to be an overall structure well, greatly promote the globality and intensity of building, the reliability of gained building is also improved.
Description
Technical field
The utility model belongs to assembled architecture technical field, and in particular to overlapping exterior wall T-type connecting node.
Background technology
Assembled architecture is widely to be approved and be pushed away outstanding advantages of its standard, efficient, heat preservation, energy-saving and environmental protection
Wide application.But some prefabricated components in assembled architecture, such as prefabricated overlapping wall be laminar product, including prefabricated outer impeller, in
Between in-situ layer and prefabricated interior impeller, or including prefabricated thermal insulation exterior wall plate, adiabator plate, prefabricated outer impeller, intermediate in-situ layer
With prefabricated interior impeller, the multilayered structure of this prefabricated overlapping wall be easy to cause that inner connecting structure intensity is low, globality poor, in advance
The binding force of the outer impeller of system, intermediate in-situ layer and prefabricated interior impeller needs to be further strengthened；In addition, respectively overlapping wall junction
Connection is particularly important the globality and stress-bearing capability of building.
Utility model content
The purpose of this utility model is that in view of the deficiencies of the prior art, provide a kind of overlapping exterior wall T-type connecting node and
Its construction method improves the globality of building with the bonding strength for improving overlapping exterior wall with overlapping interior wall T-type connecting node.
In order to solve the above-mentioned technical problem, the technical solution of the utility model is：Overlapping exterior wall T-type connecting node, two pieces
The overlapping exterior wall is in two pieces of overlapping exterior walls of "-" type arrangement, and the junction of two pieces of overlapping exterior walls is equipped with perpendicular to overlapping
The combination side of the overlapping interior wall of exterior wall, two pieces of overlapping exterior walls is reserved with the first stirrup, and the overlapping interior wall is close to overlapping
The side of exterior wall is reserved with the second stirrup；More first vertical joint reinforcing bars are equipped in the enclosed region of first stirrup, it is described
It is cased with third stirrup outside the first vertical joint reinforcing bar of the first stirrup on two pieces of overlapping exterior walls, to tie up two blocks of overlapping Side fascias
It binds together；More second vertical joint reinforcing bars are equipped in the third stirrup, the second vertical joint reinforcing bar is bound round from second
It is passed through in muscle, is connect with overlapping exterior wall to which interior wall will be overlapped, form T-type node frame, poured inside and outside the T-type node frame
Concrete.
Using such structure design, the first vertical joint reinforcing bar passes through the overlapping region of the first stirrup and third stirrup to set
It sets, the first stirrup and third stirrup active force in the horizontal direction can be carried, be equivalent to and connect the first stirrup with third stirrup
Get up, such third stirrup connects the first stirrup of two pieces of overlapping exterior walls, after casting concrete, two pieces of exterior walls exist
Horizontal direction is linked to be an entirety；Second vertical joint reinforcing bar can limit overlapping interior wall in the position perpendicular to overlapping exterior wall direction
It moves, meanwhile, the second stirrup can carry the horizontal direction active force that the second vertical node stirrup transmits, and two pieces of overlapping exterior walls of limitation exist
The displacement of horizontal direction.The overlapping exterior wall T-type connecting node of the utility model connects two pieces of overlapping exterior walls and one piece of overlapping interior wall
It is connected into an overall structure, at connecting node, overlapping exterior wall and overlaps displacement of the interior wall in front, rear, left and right direction and limited
System, structural strength is high, and the overall structure globality of acquisition is strong.
Further, the quantity of the first vertical joint reinforcing bar is 4 in the enclosed region of the first stirrup on every piece of overlapping exterior wall,
The described 4 first vertical rectangular arrangements of joint reinforcing bar.Preferably, wherein 2 first vertical joint reinforcing bars are set to the first hoop
The corner of muscle, wherein 2 first vertical joint reinforcing bars are set to the corner of third stirrup.
Further, described more second vertical joint reinforcing bars are set in the overlapping region of the second stirrup and third stirrup,
The overlapping region may be regarded as one " vertical support column " after pouring in this way, is equivalent to and overlapping interior wall is existed by the second stirrup " binding "
It should be on " vertical support column "；In addition, displacement of the third stirrup in front and rear direction can also be limited by being somebody's turn to do " vertical support column ", due to
Third stirrup is linked to be " one " by the first vertical joint reinforcing bar and overlapping exterior wall, and being somebody's turn to do " vertical support column " actually can be outer to overlapping
Wall plays same restriction effect, to further increase the strength and stability of overlapping exterior wall.
Further, the enclosed region of second stirrup is equipped with two row thirds of left and right distribution close to the part of overlapping interior wall
Vertical joint reinforcing bar is connected between the vertical joint reinforcing bar of left and right third, the cast-in-place molding in the region by lacing wire.It is vertical that third is installed
The intensity of the wall segment can be improved in joint reinforcing bar, by the setting of lacing wire, can further improve the globality of wall.
First stirrup and the second stirrup are U-shaped stirrup.
The third stirrup is hollow stirrup.
Further, the overlapping exterior wall includes outside the external thermal insulation prefabricated board, insulating layer, exterior wall stacked gradually from outside to inside
Leaf wallboard, among exterior wall in-situ layer and exterior wall internal lobe wallboard, the external thermal insulation prefabricated board and insulating layer to two pieces of overlapping exterior walls
Combination side extend and piece docking, the exterior wall siphonal lobe wallboard, among exterior wall in-situ layer and exterior wall internal lobe wallboard close to knot
Close the face flush with each other of side.
Preferably, the external thermal insulation prefabricated board, insulating layer, connector is installed in exterior wall siphonal lobe wallboard, the one of connector
End is embedded in external thermal insulation prefabricated board, and the connector other end is embedded in exterior wall siphonal lobe wallboard, and insulating layer is passed through in the middle part of connector.
It is further preferred that the connector is glass fiber-reinforced polymer or basalt muscle.
Further, it is embedded with outside bridging in the exterior wall siphonal lobe wallboard, exterior wall centre in-situ layer and exterior wall internal lobe wallboard
Wall siphonal lobe wallboard, among exterior wall in-situ layer and exterior wall internal lobe wallboard square stirrup and/or truss bars, in the square stirrup
Equipped with the cast-in-place vertical reinforcement of exterior wall；When truss bars are separately provided, exterior wall cast-in-place vertical reinforcement is set, to improve in truss bars
The globality of exterior wall is overlapped, strength of wall body is improved.
Preferably, the quantity of the square stirrup is multiple, is divided into multiple rows of, often arranges that be evenly distributed on overlapping from top to bottom outer
Within the walls, and each square stirrup is in horizontally disposed, and square stirrup plane is vertical with overlapping exterior wall upright plane.
Preferably, the quantity of the truss bars is multiple, is divided into multiple rows of, often arranges that be evenly distributed on overlapping from top to bottom outer
Within the walls, and each truss bars are in horizontally disposed, and truss bars plane is vertical with overlapping exterior wall upright plane.
Further, the external thermal insulation prefabricated board, exterior wall siphonal lobe wallboard and exterior wall internal lobe wallboard are embedded with exterior wall water respectively
Flushconnection reinforcing bar and/or exterior wall vertically connect reinforcing bar, to improve structural strength, the stress performance of corresponding wallboard.
Further, among the exterior wall the cast-in-place vertical reinforcement of exterior wall is equipped in in-situ layer.
The cast-in-place vertical reinforcement of exterior wall is equipped among the exterior wall in in-situ layer, is fixed on the cast-in-place vertical reinforcement of exterior wall
Tie hoop and/or rectangle cuff, it is cast-in-place among exterior wall to be promoted as far as possible to increase the contact area of reinforcer and concrete
The globality of layer, the structural behaviour of structural strength and whole overlapping exterior wall.
Further, overlapping interior wall includes the interior wall internal lobe wallboard stacked gradually, interior wall centre in-situ layer and interior wall siphonal lobe
Wallboard, the overlapping interior wall are embedded with the rectangular hoop of bridging interior wall internal lobe wallboard, interior wall centre in-situ layer and interior wall siphonal lobe wallboard
Muscle and/or truss bars, the square stirrup is interior to be equipped with the cast-in-place vertical reinforcement of interior wall；When truss bars are separately provided, Truss Steel
Interior wall cast-in-place vertical reinforcement is set in muscle, to improve the globality of overlapping interior wall, improves strength of wall body.
Further, overlapping interior wall includes the interior wall internal lobe wallboard stacked gradually, interior wall centre in-situ layer and interior wall siphonal lobe
Wallboard, interior wall centre in-situ layer is interior to be equipped with the cast-in-place vertical reinforcement of interior wall, and spiral shell is fixed on the cast-in-place vertical reinforcement of interior wall
Stirrup and/or rectangle cuff are revolved, in the globality, structural strength and whole overlapping to promote interior wall centre in-situ layer as far as possible
The structural behaviour of wall.
The utility model also provides a kind of construction method of overlapping exterior wall T-type connecting node as described above, including as follows
Step：
1) overlapping exterior wall is lifted in place with overlapping interior wall, so that two pieces of overlapping exterior walls is arranged in "-" type, overlaps interior wall
Second stirrup is extend into the region between the first stirrup of two pieces of overlapping exterior walls；
2) third stirrup is installed on the first stirrup and the second stirrup；
3) the first vertical joint reinforcing bar is installed in the overlapping region of the first stirrup and third stirrup；By the second vertical section
In point reinforcement installation to the overlapping region of the second stirrup and third stirrup；
4) molding die of the installation for building overlapping exterior wall T-type connecting node, casting concrete conserve, and are molded, and obtain
Overlap exterior wall T-type connecting node.
Preferably, further include the steps that intermediate in-situ layer pours after step 1), i.e., in the above-mentioned overlapping for having lifted positioning
The cast-in-place sheaf space of cast-in-place sheaf space and interior wall centre is installed outer respectively among the exterior wall reserved in the wall of exterior wall and overlapping interior wall
The cast-in-place vertical reinforcement of wall and the cast-in-place vertical reinforcement of interior wall, then casting concrete, conserves, molding, obtains complete overlapping exterior wall
With overlapping interior wall.Further, pouring for the intermediate in-situ layer can be carried out at the same time with step 4), directly by intermediate in-situ layer and T
Type connecting node is poured and is connected, and is promoted the globality of T-type connecting node and wall, is greatly promoted bonding strength.It is preferred that
Ground, the cast-in-place vertical reinforcement of exterior wall and the cast-in-place vertical reinforcement of interior wall be located at the center of corresponding square stirrup and with square stirrup institute
It is vertical in plane.
When being equipped with cast-in-place vertical reinforcement situation for square stirrup and truss stirrup, square stirrup and truss stirrup are in work
Factory is embedded in corresponding wallboard, and scene only needs to arrange cast-in-place vertical reinforcement；
It the case where for tie hoop or rectangle cuff are arranged on the cast-in-place vertical reinforcement of exterior wall, can be live that exterior wall is cast-in-place
Vertical reinforcement links together with tie hoop or the binding of rectangle cuff or welding etc., is positioned over in-situ layer together.
In step (4) before casting concrete, set respectively in the intermediate in-situ layer of in-situ layer and overlapping interior wall among the exterior wall
Set the cast-in-place vertical reinforcement of exterior wall and the cast-in-place vertical reinforcement of interior wall.
The overlapping exterior wall T-type connecting node globality of the utility model is strong, passes through related stirrup, vertical joint reinforcing bar,
Overlapping exterior wall and overlapping interior wall are linked to be an overall structure by the mating reaction of three stirrups and concrete well, three walls it
Between can actually play mutually support, position-limiting action, greatly promote the globality and intensity of building, the reliability of gained building
It is improved.
Description of the drawings
Fig. 1 is the sectional view of the overlapping exterior wall T-type connecting node of the utility model the first embodiment along the horizontal plane.
Fig. 2 is the sectional view of the overlapping exterior wall T-type connecting node of second of embodiment of the utility model along the horizontal plane.
Fig. 3 is the sectional view of the overlapping exterior wall T-type connecting node of the utility model the third embodiment along the horizontal plane.
Fig. 4 is the sectional view of the overlapping exterior wall T-type connecting node of the 4th kind of embodiment of the utility model along the horizontal plane.
Specific implementation mode
The utility model is described in detail below with reference to attached drawing and in conjunction with the embodiments.It should be noted that not conflicting
In the case of, the feature in the embodiments of the present invention and embodiment can be combined with each other.For sake of convenience, hereinafter such as
There are "front", "rear", "left", "right" printed words, only indicates consistent with the front, rear, left and right direction of attached drawing itself, not to structure
Play restriction effect.
Fig. 1 is a kind of sectional view of overlapping exterior wall T-type connecting node of the utility model along the horizontal plane, specifically, two pieces
The overlapping exterior wall is in two pieces of overlapping exterior walls of "-" type arrangement, and the junction of two pieces of overlapping exterior walls is equipped with perpendicular to overlapping
The combination side of the overlapping interior wall of exterior wall, two pieces of overlapping exterior walls is reserved with the first stirrup 11, and the overlapping interior wall is close to folded
The side for closing exterior wall is reserved with the second stirrup 18；More first vertical joint reinforcing bars are equipped in first stirrup, 11 enclosed region
12, third stirrup 19 is cased with outside the first vertical joint reinforcing bar 12 of the first stirrup 11 on two pieces of overlapping exterior walls, to by two
Block overlaps Side fascia binding together；The both sides of two pieces of overlapping exterior wall junctions are respectively equipped with more second vertical joint reinforcing bars
20, second stirrup 18 is sleeved on outside described more second vertical joint reinforcing bars 20, forms T-type node frame, the T-type node frame
Concrete 10 has been poured inside and outside frame.
Wherein, first stirrup, 11 and second stirrup 18 is U-shaped stirrup；The third stirrup 19 is hollow hoop
Muscle.
The quantity of the first vertical joint reinforcing bar 12 is 4, described 4 in the enclosed region of the first stirrup on every piece of overlapping exterior wall
First vertical joint reinforcing bar, 12 rectangular arrangement.
Described 4 second vertical joint reinforcing bars 20 are set in the overlapping region of the second stirrup 18 and third stirrup 19.
The two row thirds that second stirrup, 18 enclosed region is equipped with left and right distribution close to the part of overlapping interior wall vertically save
Point reinforcing bar 21 is connected by lacing wire 22 between the vertical joint reinforcing bar of left and right third 21.
The overlapping exterior wall includes the external thermal insulation prefabricated board 9 stacked gradually from outside to inside, insulating layer 8, exterior wall siphonal lobe wallboard
14, in-situ layer 23 and exterior wall internal lobe wallboard 7 among exterior wall.The external thermal insulation prefabricated board 9, insulating layer 8, exterior wall siphonal lobe wallboard 14
Connector is inside installed, one end of connector is embedded in external thermal insulation prefabricated board, and the connector other end is embedded in exterior wall siphonal lobe wall
In plate, insulating layer is passed through in the middle part of connector.Preferably, the connector is glass fiber-reinforced polymer or basalt muscle.Exterior wall siphonal lobe wall
Plate 14, bridging exterior wall siphonal lobe wallboard is embedded among exterior wall in in-situ layer 23 and exterior wall internal lobe wallboard 7, among exterior wall in-situ layer and
The square stirrup 4 and truss bars 3 of exterior wall internal lobe wallboard.External thermal insulation prefabricated board 9 and insulating layer 8 constitute overlapping prefabricated thermal insulation exterior wall
6。
The quantity of the square stirrup 4 is multiple, is divided into multiple rows of, often arranges that be evenly distributed on overlapping from top to bottom outer within the walls,
And each square stirrup is in horizontally disposed, and square stirrup plane is vertical with overlapping exterior wall upright plane.
The quantity of the truss bars 3 is multiple, is divided into multiple rows of, often arranges that be evenly distributed on overlapping from top to bottom outer within the walls,
And each truss bars are in horizontally disposed, and truss bars plane is vertical with overlapping exterior wall upright plane.
The external thermal insulation prefabricated board 9, exterior wall siphonal lobe wallboard 14 and exterior wall internal lobe wallboard 7 are embedded with exterior wall horizontal connection respectively
Reinforcing bar 16 and exterior wall vertically connect reinforcing bar 17, form reticular structure, promote wallboard globality.
The cast-in-place vertical reinforcement of exterior wall 25 is equipped among the exterior wall in in-situ layer 23.
The overlapping interior wall includes the interior wall internal lobe wallboard 1 stacked gradually, interior wall centre in-situ layer and interior wall siphonal lobe wallboard
13, the interior wall internal lobe wallboard 1 is embedded with truss bars 3 and rectangular among interior wall between in-situ layer and interior wall siphonal lobe wallboard 13
Stirrup 4；The cast-in-place vertical reinforcement of interior wall 2 is equipped among interior wall in in-situ layer, at the center of square stirrup 4.1 He of interior wall internal lobe wallboard
It is equipped with interior wall vertical reinforcement 15 and interior wall horizontal reinforcement 5 in interior wall siphonal lobe wallboard 13.
The construction method of above-mentioned overlapping exterior wall T-type connecting node, includes the following steps：
1) overlapping exterior wall is lifted in place with overlapping interior wall, so that two pieces of overlapping exterior walls is arranged in "-" type, overlaps interior wall
Second stirrup 18 is extend into the region between the first stirrup 11 of two pieces of overlapping exterior walls；
2) third stirrup 19 is installed on the first stirrup 11 and the second stirrup 18；
3) area is overlapped by what 8 first vertical joint reinforcing bars 12 were respectively installed to 2 the first stirrups 11 and third stirrup 19
8 corners (see Fig. 1) in domain；4 second vertical joint reinforcing bars 20 are respectively installed to the second stirrup 18 and third stirrup 19
Overlapping region four corners；
Cast-in-place sheaf space among the exterior wall reserved in the above-mentioned overlapping exterior wall for having lifted positioning and the wall for overlapping interior wall
The cast-in-place vertical reinforcement of exterior wall and the cast-in-place vertical reinforcement of interior wall are installed respectively with cast-in-place sheaf space among interior wall；Wherein, exterior wall is cast-in-place
Vertical reinforcement and the cast-in-place vertical reinforcement of interior wall be located at the center of corresponding square stirrup and with square stirrup where plane it is vertical；
4) molding die of the installation for building overlapping exterior wall T-type connecting node, casting concrete 10 conserve, and molding obtains
Obtain the overlapping exterior wall T-type connecting node being connected with overlapping exterior wall and overlapping interior wall.
As shown in Fig. 2, repeating the first embodiment, square stirrup 4 is removed, truss bars 3 are only set so that in interior wall
Between the cast-in-place vertical reinforcement 2 of interior wall in in-situ layer pass through corresponding truss bars, the exterior wall among exterior wall in in-situ layer is cast-in-place vertical
Reinforcing bar 25 passes through corresponding truss bars, can obtain the technique effect essentially identical with the first embodiment.
As shown in figure 3, repeating the first embodiment, square stirrup 4 is removed, in the cast-in-place vertical reinforcement 2 of interior wall and exterior wall
Cast-in-place vertical reinforcement 25 is pre- respectively to bind tie hoop 26.
As shown in figure 4, repeating the first embodiment, square stirrup 4 is removed, in the cast-in-place vertical reinforcement 2 of interior wall and exterior wall
Cast-in-place vertical reinforcement 25 is pre- respectively to bind rectangle cuff 24.
The content that above-described embodiment illustrates should be understood as that these embodiments are only used for being illustrated more clearly that the utility model,
Rather than limitation the scope of the utility model, after having read the utility model, those skilled in the art are new to this practicality
The modification of the various equivalent forms of type each falls within the application range as defined in the appended claims.
Claims (10)
- Include the two pieces of overlapping exterior walls arranged in "-" type, the knot of two pieces of overlapping exterior walls 1. overlapping exterior wall T-type connecting node The overlapping interior wall perpendicular to overlapping exterior wall is equipped at conjunction, the combination side of two pieces of overlapping exterior walls is reserved with the first stirrup （11）, the side of the close overlapping exterior wall of overlapping interior wall is reserved with the second stirrup（18）；It is characterized in that, first stirrup （11）More first vertical joint reinforcing bars are equipped in enclosed region（12）, the first stirrup on two pieces of overlapping exterior walls（11）? One vertical joint reinforcing bar（12）It is cased with third stirrup outside（19）, to which two blocks of overlapping Side fascias be linked together；The third Stirrup（19）It is interior to be equipped with more second vertical joint reinforcing bars（20）, the second vertical joint reinforcing bar（20）From the second stirrup（18） It inside passes through, is connect with overlapping exterior wall to which interior wall will be overlapped, form T-type node frame, which has poured concrete （10）.
- 2. overlapping exterior wall T-type connecting node according to claim 1, which is characterized in that second stirrup（18）It is enclosed Region is equipped with the two vertical joint reinforcing bars of row third of left and right distribution close to the part of overlapping interior wall（21）, the vertical node of left and right third Reinforcing bar（21）Between pass through lacing wire（22）Connection, the cast-in-place molding in the region.
- 3. overlapping exterior wall T-type connecting node according to claim 1, which is characterized in that first stirrup（11）With Two stirrups（18）It is U-shaped stirrup, the third stirrup（19）For hollow stirrup.
- 4. overlapping exterior wall T-type connecting node according to claim 1-3 any one of them, which is characterized in that the overlapping exterior wall Including the external thermal insulation prefabricated board stacked gradually from outside to inside（9）, insulating layer（8）, exterior wall siphonal lobe wallboard（14）, it is cast-in-place among exterior wall Layer（23）And exterior wall internal lobe wallboard（7）, the external thermal insulation prefabricated board（9）And insulating layer（8）Combination to two pieces of overlapping exterior walls Side extends and piece docking, the exterior wall siphonal lobe wallboard（14）, in-situ layer among exterior wall（23）And exterior wall internal lobe wallboard（7）It leans on The nearly face flush with each other for combining side.
- 5. overlapping exterior wall T-type connecting node according to claim 4, which is characterized in that the exterior wall siphonal lobe wallboard（14）, In-situ layer among exterior wall（23）With exterior wall internal lobe wallboard（7）Inside be embedded with bridging exterior wall siphonal lobe wallboard, among exterior wall in-situ layer and The square stirrup of exterior wall internal lobe wallboard（4）And/or truss bars（3）, the square stirrup（4）It is interior to be equipped with the cast-in-place vertical steel of exterior wall Muscle（25）；When truss bars are separately provided, exterior wall cast-in-place vertical reinforcement is set in truss bars（25）.
- 6. overlapping exterior wall T-type connecting node according to claim 4, which is characterized in that in-situ layer among the exterior wall （23）It is interior to be equipped with the cast-in-place vertical reinforcement of exterior wall（25）, the cast-in-place vertical reinforcement of exterior wall（25）On be fixed with tie hoop（26） And/or rectangle cuff（24）.
- 7. overlapping exterior wall T-type connecting node according to claim 1-3 any one of them, which is characterized in that the overlapping interior wall Including the interior wall internal lobe wallboard stacked gradually（1）, in-situ layer and interior wall siphonal lobe wallboard among interior wall（13）, the overlapping interior wall is pre- It is embedded with bridging interior wall internal lobe wallboard（1）, in-situ layer and interior wall siphonal lobe wallboard among interior wall（13）Square stirrup（4）The purlin and/or Frame reinforcing bar（3）, the square stirrup（4）It is interior to be equipped with the cast-in-place vertical reinforcement of interior wall（2）；When truss bars are separately provided, Truss Steel Interior wall cast-in-place vertical reinforcement is set in muscle（2）.
- 8. overlapping exterior wall T-type connecting node according to claim 1-3 any one of them, which is characterized in that the overlapping interior wall Including the interior wall internal lobe wallboard stacked gradually（1）, in-situ layer and interior wall siphonal lobe wallboard among interior wall（13）, the interior wall centre is now It pours and is equipped with the cast-in-place vertical reinforcement of interior wall in layer（2）, the cast-in-place vertical reinforcement of interior wall（2）On be fixed with tie hoop（26）With/ Or rectangle cuff（24）.
- 9. overlapping exterior wall T-type connecting node according to claim 1, which is characterized in that the first hoop on every piece of overlapping exterior wall First vertical joint reinforcing bar in the enclosed region of muscle（12）Quantity be 4, described 4 first vertical joint reinforcing bars（12）It is rectangular Arrangement.
- 10. overlapping exterior wall T-type connecting node according to claim 1, which is characterized in that described more second vertical nodes Reinforcing bar（20）Set on the second stirrup（18）With third stirrup（19）Overlapping region in.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721719888.XU CN208023789U (en) | 2017-12-12 | 2017-12-12 | Overlap exterior wall T-type connecting node |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721719888.XU CN208023789U (en) | 2017-12-12 | 2017-12-12 | Overlap exterior wall T-type connecting node |
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| Publication Number | Publication Date |
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| CN208023789U true CN208023789U (en) | 2018-10-30 |
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| CN201721719888.XU Active CN208023789U (en) | 2017-12-12 | 2017-12-12 | Overlap exterior wall T-type connecting node |
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| Country | Link |
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| CN (1) | CN208023789U (en) |
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2017
- 2017-12-12 CN CN201721719888.XU patent/CN208023789U/en active Active
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