CN206544855U - Supporting apparatus for large spatial structure construction elevator wall-attached frame - Google Patents
Supporting apparatus for large spatial structure construction elevator wall-attached frame Download PDFInfo
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- CN206544855U CN206544855U CN201720225099.4U CN201720225099U CN206544855U CN 206544855 U CN206544855 U CN 206544855U CN 201720225099 U CN201720225099 U CN 201720225099U CN 206544855 U CN206544855 U CN 206544855U
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- support bar
- girder
- attached frame
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- wall
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Abstract
The utility model discloses the supporting apparatus for large spatial structure construction elevator wall-attached frame, including girder, also include two bracing elements being fixedly connected with the girder, two bracing elements are respectively facing the stretching of girder two ends, acute angle is constituted between bracing element and girder, two bracing elements and girder are coplanar；First support bar, second support bar are also fixedly connected with girder, the first support bar, second support bar are parallel to each other and perpendicular to the plane where bracing element and girder, and first support bar, second support bar are located at girder homonymy；The 3rd support bar is also associated between first support bar, second support bar.The purpose of this utility model is to provide the supporting apparatus for large spatial structure construction elevator wall-attached frame, to solve large space Stilt layer in the prior art the strong point can not be provided in the range of stem height to wall-attached frame, the problem of wall-attached frame has potential safety hazard, the purpose of support can also be provided on large spatial structure for wall-attached frame by realizing.
Description
Technical field
The utility model is related to building construction hoist wall-attached frame field, and in particular to for large spatial structure construction elevator
The supporting apparatus of wall-attached frame.
Background technology
Skyscraper, which is increasingly becoming in the main trend of modern architecture development, work progress, to be needed to use construction elevator.Construction
Elevator is that a kind of transmission device makes cage do vertical or banking motion, conveys the building machinery of workmen, equipment or material, with
Other hoisting mechanisms are compared, and construction elevator is Stability Analysis of Structures, safe and reliable without separately set computer room or hoistway.Generally, it is attached using standard
Wall stand is as the connection parts between construction elevator guide rail bracket and building, and standard wall-attached frame is located at construction elevator guide rail bracket with building
Build between thing.Existing, building hoist wall-attached frame clipping room is away from 3~10.5m is typically designed as, and wall-attached frame is generally according to little
In 10.5m spacing interval it is several layers of arrangement together on the side rail configuration of floor plates.But it is existing, in the synthesises such as business
On mesh, the first floor would ordinarily be encountered large space Stilt layer, and the space of the class formation is larger, column is higher, hence it is evident that can be more than 10.5m,
Due to without the strong point of the horizontal structure as building hoist wall-attached frame in the range of stem height, therefore there is wall-attached frame and hold
Carry the potential safety hazard of underbraced.
Utility model content
The purpose of this utility model, which is to provide, is used for the supporting apparatus of large spatial structure construction elevator wall-attached frame, with
The strong point can not be provided wall-attached frame in the range of stem height by solving large space Stilt layer in the prior art, and wall-attached frame has peace
The problem of full hidden danger, the purpose of support can also be provided on large spatial structure for wall-attached frame by realizing.
The utility model is achieved through the following technical solutions：
For the supporting apparatus of large spatial structure construction elevator wall-attached frame, including girder, in addition to the girder
Two bracing elements being fixedly connected, two bracing elements are respectively facing the stretching of girder two ends, and acute angle is constituted between bracing element and girder
Angle, two bracing elements and girder are coplanar；First support bar, second support bar, described first are also fixedly connected with girder
Strut, second support bar are parallel to each other and perpendicular to the plane where bracing element and girder, first support bar, second support bar
Positioned at girder homonymy；The 3rd support bar is also associated between first support bar, second support bar.
For large space Stilt layer in the prior art the strong point, attached wall can not be provided in the range of stem height to wall-attached frame
The problem of frame has potential safety hazard, the utility model proposes a kind of temporary support for large spatial structure construction elevator wall-attached frame
Two bracing elements are fixed on device, including a girder, girder, the adjacent two root posts for being connected to large space Stilt layer
On.Two bracing elements are respectively facing the stretching of girder two ends, acute angle are constituted between bracing element and girder, so that bracing element
It is tilted towards overhanging from column, it is to avoid column causes to stop to girder so that girder is located between two root posts.Two diagonal braces
Part is coplanar with girder, is the axis and girder axis co-planar of bracing element.First support bar, second are also fixedly connected with girder
Support bar, the first support bar, second support bar are parallel to each other and perpendicular to the plane where bracing element and girder, first
Support bar, second support bar are located at girder homonymy；By first support bar, second support bar for elevator wall-attached frame provide perpendicular to
The support in two root posts line direction so that wall-attached frame is able to be supported in a longitudinal direction, reduces potential safety hazard.In addition, the
The 3rd support bar is also associated between one support bar, second support bar, for providing wall-attached frame parallel to two root posts line
The support in direction.Three support bars constitute a frame-type structure, therefore by three support bars, wall-attached frame is provided in the plane
Overall support, so as to solve what the too high large space Stilt layer of stem height in the prior art can not be supported to wall-attached frame
Problem.Two bracing elements in use, be separately fixed at live adjacent by the utility model by any existing fixed form first
The setting of the present apparatus is completed in two root posts, then the erection of elevator wall-attached frame is carried out, make elevator wall-attached frame through first support bar,
Region residing for second support bar, the 3rd support bar, first support bar, second support bar, the 3rd support bar are ridden upon by wall-attached frame
On, can realize can also provide the purpose of support on large spatial structure for wall-attached frame, so as to eliminate safe hidden trouble, it is ensured that construction
When elevator wall-attached frame structure safety and stability.
It is preferred that, the 3rd support bar is connected to the one end of first support bar, second support bar away from girder.So that the
The region that one support bar, second support bar, the 3rd support bar are surrounded is maximum, so that the present apparatus has bigger Support
Domain, is easy to provide support to larger wall-attached frame, the scope of application is improved with this.
It is preferred that, the length of first support bar is more than the length of second support bar.If first support bar, second support bar are equal
Shorter length is set to, there is support and be limited in scope, the problem of scope of application is very narrow；If first support bar, second support bar
Longer length is disposed as, again can waste of materials, increase cost.Therefore, will as a preferred scheme of the present utility model
First support bar, second support bar are set to the structure that one is long and the other is short, by longer first support bar and can be connected to
The 3rd support bar in first support bar and ensure there is extensive support scope, while material can be saved again, cost is reduced, use
Lower cost reaches the same effect of two struts of drawing money on credit.
It is preferred that, one end of the 3rd support bar is hinged in first support bar, and the other end is detachably connected on second
On support bar.It is that the 3rd support bar is set to the structure that can open and close, around its own connection with first support bar
Point is rotated.When needing to repair, changing or withdraw wall-attached frame, the connection of the 3rd support bar and second support bar is dismantled
End, i.e., can easily withdraw wall-attached frame, it is to avoid the 3rd support bar causes to hinder to withdrawing during wall-attached frame.
It is preferred that, the girder, bracing element, first support bar, second support bar, the 3rd support bar make by I-steel
Form.The I-steel edge of a wing is wide, and lateral rigidity is big, and bending resistance is strong, and bearing capacity is excellent, for being conducive to raising to make in the present apparatus
Use the life-span.Meanwhile, the surface of the edge of a wing two of I-steel is parallel to each other.It is easy to each beam column in present apparatus manufacturing process convenient directly full
The foot demand such as parallel, vertical, without carrying out angular surveying again.
It is preferred that, girder use 25#a I-steel, bracing element use 16# I-steel, first support bar, second support bar,
3rd support bar uses 14# I-steel.Girder is the significant points of load transmission in the present apparatus, therefore uses 25#a models
I-steel, it has, and larger leg is wide and waist thick, and bearing capacity is relatively strong, therefore used as girder and be able to ensure that the present apparatus
Overall strength.Secondly bracing element is made using 16# I-steel, the deadweight of 16# I-steel is only almost 25#a half, bracing element
Deadweight is smaller can to reduce the deadweight of the present apparatus.And first support bar, second support bar, the 3rd support bar as stretch out in girder
Outside part, it is even more to act directly on girder that it, which is conducted oneself with dignity, if its deadweight is excessive, girder can be caused to be carried by larger radial direction
Lotus, can reduce bearing capacity of the girder to wall-attached frame.Therefore first support bar, second support bar, the 3rd support bar are selected into 14#
Work section steel manufacture, further reduction deadweight, it is ensured that the carrying of girder is mainly used in the undertaking to wall-attached frame, to improve the present apparatus
Using effect and service life.
Further, rear support, the rear support and first support bar, the second support are also fixedly connected with the girder
Bar is parallel and reverse.It is that rear support is further fixed on girder, first support bar, second support bar are stretched on girder to side
Go out, and rear support is stretched out to opposite side.For some large space Stilt layers, although its surface does not have cross-brace equipment,
But the structures such as crossbeam, carrier ring can be provided with inside it, rear support now can be fixed on to such crossbeam, carrier ring etc.
On, so that present apparatus performance is more reliable and more stable, potential safety hazard is further reduced, security performance is improved.
It is preferred that, the girder is respectively welded with bracing element, first support bar, second support bar.With ensure girder with tiltedly
Support member, first support bar, second support bar constitute an entirety, prevent from coming off, it is ensured that use safety.
It is preferred that, the angle welding of welding is highly more than or equal to 6mm.Drawn after carrying out load carrying capacity test to the present apparatus, angle
When weld bead height is under 6mm, girder bearing capacity slowly rises, when angle welding is highly more than 6mm, the bearing capacity of girder
Rapidly rise.Thereby, it is ensured that the angle welding of welding is highly more than or equal to 6mm, bearing capacity is enabled to be in higher level.
Further, remote girder on the two ends of the girder, and bracing element, first support bar, second support bar
One end is provided with connector, and the connector is used to be connected with concrete post-install.It can be buried using existing with rearmounted
The connector that part is connected, so as to be easy to the connection between bracing element and column, while can be according to different steel
Reinforced Concrete Construction structure, concrete structural surface is also connected to by girder, first support bar, second support bar, so as to improve
The scope of application of the present apparatus, meets to various different shapes, the support of the large space Stilt layer wall-attached frame of different structure.
The utility model compared with prior art, has the following advantages and advantages：
Two bracing elements are separately fixed at phase by the 1st, supporting apparatus for large spatial structure construction elevator wall-attached frame
The setting of the present apparatus is completed in adjacent two root posts, then carries out the erection of elevator wall-attached frame, makes elevator wall-attached frame through the first support
Bar, second support bar, region residing for the 3rd support bar, first support bar, second support bar, the 3rd support are ridden upon by wall-attached frame
On bar, can realize can also provide the purpose of support on large spatial structure for wall-attached frame, so as to eliminate safe hidden trouble, it is ensured that apply
The structure safety and stability of man-hour elevator wall-attached frame.
2nd, the supporting apparatus for large spatial structure construction elevator wall-attached frame, by first support bar, second support bar
The structure that one is long and the other is short is set to, longer first support bar and be connected in first support bar the 3rd can be passed through
Strut and ensuring has extensive support scope, while can save material again, reduce cost, is reached using lower cost two long
The same effect of support bar.
3rd, rear support is further fixed on the supporting apparatus for large spatial structure construction elevator wall-attached frame, girder, the
One support bar, second support bar are stretched out on girder to side, and rear support is stretched out to opposite side.It is built on stilts for some large spaces
For layer, the structures such as crossbeam, carrier ring can be provided with although its surface does not have cross-brace equipment, inside it, now
So that rear support is fixed on such crossbeam, carrier ring etc., so that present apparatus performance is more reliable and more stable, further increase
The scope of application, reduction potential safety hazard, improve security performance.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding the utility model embodiment, constitutes the one of the application
Part, does not constitute the restriction to the utility model embodiment.In the accompanying drawings：
Fig. 1 is the structural representation in ramp in the utility model specific embodiment；
Fig. 2 is the schematic diagram of the utility model specific embodiment middle girder bearing capacity and angle welding height relationships.
Mark and corresponding parts title in accompanying drawing：
1- girders, 2- bracing elements, 3- first support bars, 4- second support bars, the support bars of 5- the 3rd, 6- rear supports, 7- connects
Fitting.
Embodiment
For the purpose of this utility model, technical scheme and advantage is more clearly understood, with reference to embodiment and accompanying drawing,
The utility model is described in further detail, and exemplary embodiment of the present utility model and its explanation are only used for explaining this
Utility model, is not intended as limiting of the present utility model.
Embodiment 1：
The supporting apparatus for large spatial structure construction elevator wall-attached frame as shown in Figures 1 and 2, including girder 1,
Also include two bracing elements 2 being fixedly connected with the girder 1, two bracing elements 2 are respectively facing the stretching of the two ends of girder 1, diagonal brace
Acute angle is constituted between part 2 and girder 1, two bracing elements 2 and girder 1 are coplanar；The first support is also fixedly connected with girder 1
Bar 3, second support bar 4, the first support bar 3, second support bar 4 are parallel to each other and perpendicular to bracing element 2 and the institute of girder 1
Plane, first support bar 3, second support bar 4 be located at the homonymy of girder 1；Also connect between first support bar 3, second support bar 4
It is connected to the 3rd support bar 5.3rd support bar 5 is connected to the one end of first support bar 3, second support bar 4 away from girder 1.
The length of first support bar 1 is more than the length of second support bar 4.One end of 3rd support bar 5 is hinged on first support bar 3
On, the other end is detachably connected in second support bar 4 by buckle.The girder 1, bracing element 2, first support bar 3, second
Support bar 4, the 3rd support bar 5 are made by I-steel.Girder 1 uses 25#a I-steel, and bracing element 2 uses 16# I-shapeds
Steel, first support bar 3, second support bar 4, the 3rd support bar 5 use 14# I-steel.Also it is fixedly connected with the girder 1
Rear support 6, the rear support 6 is parallel and reverse with first support bar 3, second support bar 4.The girder 1 and bracing element 2, the
One support bar 3, second support bar 4 are respectively welded.The angle welding of welding is highly more than or equal to 6mm.The two ends of the girder 1, with
And one end away from girder 1 is provided with what is be connected with concrete structure in bracing element 2, first support bar 3, second support bar 4
Connector 7, the connector 7 is used to be connected with concrete post-install.Connector 7 in the present embodiment carries jack for one piece
Bloom, the projection on post-install is inserted being welded again, also can easily cut dismounting in the later stage.This reality
With it is new in use, first by two bracing elements 2 be separately fixed in live adjacent two root posts complete the present apparatus setting, then
The erection of elevator wall-attached frame is carried out, is made residing for elevator wall-attached frame through first support bar 3, second support bar 4, the 3rd support bar 5
Region, rides upon first support bar 3, second support bar 4 by wall-attached frame, on the 3rd support bar 5, can realize in large spatial structure
On can also be provided for wall-attached frame support purpose, so as to eliminate safe hidden trouble, it is ensured that during construction elevator wall-attached frame structure safety
It is stable.First support bar 3, second support bar 4 are set to the structure that one is long and the other is short, can by longer first support bar 3,
And the 3rd support bar 5 that is connected in first support bar 3 and ensure there is extensive support scope, while can save again material,
Cost is reduced, the same effect of two struts of drawing money on credit is reached using lower cost.Rear support 6, first are further fixed on girder 1
Support bar 3, second support bar 4 are stretched out on girder 1 to side, and rear support 6 is stretched out to opposite side.For some large space framves
For dead level, the structures such as crossbeam, carrier ring can be provided with although its surface does not have cross-brace equipment, inside it, are now
Rear support 6 can be fixed on such crossbeam, carrier ring etc., so that present apparatus performance is more reliable and more stable, further
Increase the scope of application, reduction potential safety hazard, improve security performance.In addition, under the conditions of stress point spacing 4m, girder is held in Fig. 2
Loading capability and the schematic diagram of angle welding height relationships.
Above-described embodiment, is entered to the purpose of this utility model, technical scheme and beneficial effect
One step is described in detail, be should be understood that and be the foregoing is only embodiment of the present utility model, is not used to limit
Fixed protection domain of the present utility model, all any modifications within spirit of the present utility model and principle, made, is equally replaced
Change, improve, should be included within protection domain of the present utility model.
Claims (10)
1. for the supporting apparatus of large spatial structure construction elevator wall-attached frame, including girder (1), it is characterised in that also wrap
Two bracing elements (2) being fixedly connected with the girder (1) are included, two bracing elements (2) are respectively facing the stretching of girder (1) two ends,
Acute angle is constituted between bracing element (2) and girder (1), two bracing elements (2) and girder (1) are coplanar；Also fixed on girder (1)
Be connected with first support bar (3), second support bar (4), the first support bar (3), second support bar (4) be parallel to each other and
Plane where bracing element (2) and girder (1), it is same that first support bar (3), second support bar (4) are located at girder (1)
Side；The 3rd support bar (5) is also associated between first support bar (3), second support bar (4).
2. the supporting apparatus according to claim 1 for large spatial structure construction elevator wall-attached frame, its feature exists
In the 3rd support bar (5) is connected to the one end of first support bar (3), second support bar (4) away from girder (1).
3. the supporting apparatus according to claim 1 for large spatial structure construction elevator wall-attached frame, its feature exists
In the length of first support bar (3) is more than the length of second support bar (4).
4. the supporting apparatus according to claim 1 for large spatial structure construction elevator wall-attached frame, its feature exists
In one end of the 3rd support bar (5) is hinged in first support bar (3), and the other end is detachably connected on second support bar
(4) on.
5. the supporting apparatus according to claim 1 for large spatial structure construction elevator wall-attached frame, its feature exists
In the girder (1), bracing element (2), first support bar (3), second support bar (4), the 3rd support bar (5) are by I-steel
It is made.
6. the supporting apparatus according to claim 5 for large spatial structure construction elevator wall-attached frame, its feature exists
Use 25#a I-steel in, girder (1), bracing element (2) uses 16# I-steel, first support bar (3), second support bar (4),
3rd support bar (5) uses 14# I-steel.
7. the supporting apparatus according to claim 1 for large spatial structure construction elevator wall-attached frame, its feature exists
In being also fixedly connected with rear support (6) on the girder (1), the rear support (6) and first support bar (3), second support bar
(4) it is parallel and reverse.
8. the supporting apparatus according to claim 1 for large spatial structure construction elevator wall-attached frame, its feature exists
In the girder (1) is respectively welded with bracing element (2), first support bar (3), second support bar (4).
9. the supporting apparatus according to claim 8 for large spatial structure construction elevator wall-attached frame, its feature exists
In the angle welding of welding is highly more than or equal to 6mm.
10. the temporary support according to any one of claim 1 to 9 for large spatial structure construction elevator wall-attached frame is filled
Put, it is characterised in that remote on the two ends of the girder (1), and bracing element (2), first support bar (3), second support bar (4)
One end from girder (1) is provided with connector (7), and the connector (7) is used to be connected with concrete post-install.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720225099.4U CN206544855U (en) | 2017-03-07 | 2017-03-07 | Supporting apparatus for large spatial structure construction elevator wall-attached frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720225099.4U CN206544855U (en) | 2017-03-07 | 2017-03-07 | Supporting apparatus for large spatial structure construction elevator wall-attached frame |
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| Publication Number | Publication Date |
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| CN206544855U true CN206544855U (en) | 2017-10-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106672743A (en) * | 2017-03-07 | 2017-05-17 | 中国五冶集团有限公司 | Temporary supporting device for large-space structure construction elevator wall attaching frame |
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2017
- 2017-03-07 CN CN201720225099.4U patent/CN206544855U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106672743A (en) * | 2017-03-07 | 2017-05-17 | 中国五冶集团有限公司 | Temporary supporting device for large-space structure construction elevator wall attaching frame |
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