CN205531268U - A moving platform guide rail strutting arrangement for daylighting top construction - Google Patents
A moving platform guide rail strutting arrangement for daylighting top construction Download PDFInfo
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- CN205531268U CN205531268U CN201620286032.7U CN201620286032U CN205531268U CN 205531268 U CN205531268 U CN 205531268U CN 201620286032 U CN201620286032 U CN 201620286032U CN 205531268 U CN205531268 U CN 205531268U
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Abstract
The utility model relates to a building construction field, in particular to moving platform guide rail strutting arrangement for daylighting top construction, include the guide rail and be used for supporting the support frame of guide rail, the guide rail cooperates with moving platform's guide pulley, makes moving platform can remove on the guide rail, the last construction platform who suits with daylighting top shape that is formed with of moving platform, the support frame is a plurality of, a plurality of the support frame separates to set up on the board of encorbelmenting, the height of support frame with the level of the board of encorbelmenting cooperatees, makes the support frame install the back in place, and the guide rail is located the coplanar with the cooperation position of guide pulley. The application provides a moving platform guide rail strutting arrangement for daylighting top construction, it sets up on the board of encorbelmenting, sets up moving platform on it, uses in the moving platform and the below ground of daylighting top construction separate, does not occupy the space of the board below of encorbelmenting, has reduced the space that the construction occupy, the very big construction that has made things convenient for other structures or process.
Description
Technical field
This utility model relates to the realm of building construction, leads particularly to a kind of mobile platform for lighting roof construction
Rail support means.
Background technology
Along with economic fast development, architecture structure form is more and more various, also brings more to come to building trade
The most challenges, such as, currently in order to make building structure have good daylighting, lighting roof structure occurs in
Among the visual field of people, and use more extensive, particularly in large scale business synthesis building structure,
Generally it is required for arranging lighting roof structure to the daylighting requirement meeting in market, although lighting roof can greatly improve
Daylighting within building structure, but, special due to its structure and position, also bring trouble to construction,
Specific as follows state:
Current lighting roof, it is large-area hanging structure, and the most spacious below, in order to
Make construction be smoothed out, need below lighting roof, set up full hall scaffold, above scaffold, form construction
Platform, owing to lighting roof height is higher, and scaffold is to need to start to set up from ground floor, so, current
In lighting roof construction, the scaffold that the underlying space at lighting roof is set up all has higher height, its construction volume
Greatly, not only need to put into substantial amounts of manpower and construction cost, and build process and demolishing process are all time-consuming relatively
Long, result also in the construction of current lighting roof and be required for the longer duration；
Further, after setting up scaffold, the whole space below lighting roof is occupied, and serious have impact on other
Structure or the construction of work post；
Particularly, due to the restriction of floor area in market, so, scaffold generally can't arrange enough
Long or sufficiently wide, also bring restriction to the stability of scaffold, so, too increase the wind of workman's construction
Danger.
In sum, how in limited space, lighting roof structure to be constructed into for current architectural engineering
In technical barrier.
Utility model content
The purpose of this utility model is: present in the construction of current lighting roof, and construction cost is high, construction
Long in time limit, take a large amount of construction space, and there is the deficiency of higher construction risk in workmen, it is provided that a kind of
Construction cost can either be reduced, shorten the construction period, additionally it is possible to reduce the shadow that other structures or work post are constructed
Ring, and also the device of workman's construction risk can be reduced.
To achieve these goals, the technical solution adopted in the utility model is:
The installation method of a kind of lighting roof, comprises the steps: successively
A: cantilevered plate is set: arrange cantilevered plate on body of wall or gallery below lighting roof；
B: safety net is set: arrange safety net between cantilevered plate；
C: make mobile platform: according to the design shape of lighting roof, make mobile platform at roof, and moving
The operation platform adapted with lighting roof shape is formed on moving platform；
D: lifting mobile platform: the mobile platform using boom hoisting step C to be obtained is lifted to step A
On the cantilevered plate formed；
E: install lighting roof: after the lifting of step D mobile platform puts in place, workmen is enterprising at operation platform
The construction working of row lighting roof；
F: after lighting roof structure installs in step E, removes mobile platform, completes construction.
Above-mentioned lighting roof installation method, according to actual building structure, selects to arrange cantilevered plate on body of wall still
Gallery arranges cantilevered plate, after cantilevered plate is provided with, cantilevered plate arranges mobile platform, mobile flat
Forming the operation platform closed with lighting roof matching form on platform, workmen carries out lighting roof on operation platform
Installment work, uses such installation method, is first to be not take up the space below cantilevered plate, decreases construction
The space taken, greatly facilitates the construction of other structures or operation；It is additionally, since mobile platform to arrange
On cantilevered plate, for more traditional full hall scaffold structure, the usage amount of structural member is greatly reduced, no
Only can save cost of transportation, but also the stacking space of rod member can be saved, further save construction sky
Between, save Construction Cost, and decrease construction workload；On the other hand, the application moves flat
The height of platform significantly reduces compared to have also been obtained for traditional full hall scaffold, so, has and more may be used
The stability leaned on, reduces the risk of mobile platform generation unstability accident, so also reducing in lighting roof construction
Accident risk.
Preferably, in described step A, described cantilevered plate is two, and relative along the length direction of lighting roof
Arrange.Cantilevered plate is set to two, i.e. on two cantilevered plates being oppositely arranged, sets up mobile platform, it is ensured that
The reliability that mobile platform is supported, another further aspect, owing to cantilevered plate is oppositely arranged along the length direction of lighting roof,
That is the span of mobile platform is the width of lighting roof, so, reduces the span of lighting roof, enters one
The stability that improve mobile platform of step, further reduces the accident risk in work progress.
Preferred as another, described cantilevered plate is circumferentially arranged, and forms a loop structure.In this scenario,
Formed one circle cantilevered plate, the setting that can make mobile platform is the most flexible, can according to practice of construction environment with execute
Work condition arranges mobile platform on the correct position of cantilevered plate, it is also possible to according to actual needs in cantilevered plate and shifting
The support of more version is set between moving platform, further improves being suitable for of the application construction method
Property, the most further improve the safety in work progress.
Preferably, in described step B, before arranging safety net, first it is provided for propping up between cantilevered plate
The skeleton of support safety net, arranges safety net the most again on skeleton, and safety net outer rim is connected on cantilevered plate.
In this scenario, by skeleton, safety net is supported, improves the reliability of safety net, it is ensured that safe netting gear
There is good safety protection function, be additionally, since lighting roof and the most all there is bigger span and length, first set
Put skeleton, be also convenient for the laying of safety net, further improve the installation quality of safety net.
Preferably, if described skeleton include some bolt stems being anchored on described cantilevered plate and be connected to bolt it
Between some steel wires, each steel wire is tightened and is formed the steel wire for support safety net.Skeleton is steel wire knot
Structure, while ensureing excellent support intensity, also has lighter weight, not only facilitates the installation of skeleton,
Also reduce the load-bearing burden of cantilevered plate.
Preferably, described bolt is high-strength chemical bolt, and described steel wire diameter is 1.5mm～4mm.
Preferably, described bolt can be M7, M8, M9, M10, M11, M12, M14 or M16
In one or several or the bolt of more large scale specification.Inventor finds, uses above-mentioned specification
Steel wire and bolt, on the premise of ensureing skeletal support intensity, also have lighter weight, and have good
Economy, save construction cost further.
Preferably, in described step A, cantilevered plate is during body of wall or gallery pouring construction, with wall
Body or gallery formed by integrally casting molding.Cantilevered plate and body of wall or gallery formed by integrally casting molding, it is ensured that cantilevered plate
And there is between body of wall or gallery good globality, improve the bearing capacity of cantilevered plate, improve further
The safety of the application construction method.
Preferably, in described step E, it is that lighting roof is divided into some lighting roof sections, and installation is adopted one by one
Spire sections.
Preferably, the size of described operation platform is corresponding with the size of lighting roof sections.
Segmented lighting roof is installed, be first reduction of the requirement to mobile platform support strength, enter one
Step saved construction cost and difficulty of construction, and, the most further reduce the size to mobile platform and want
Ask, say, that the size of mobile platform has only to meet the construction of single lighting roof sections, so,
Further save the consumption supporting rod member, reduce construction cost and construction volume further.
Preferably, the thickness of described cantilevered plate and the thickness of roof boarding are identical.Cantilevered plate thickness is set to and room
Plate thickness is identical so that when pouring, and cantilevered plate can use the template identical with roof boarding to pour,
So being also convenient for pouring of cantilevered plate；And, the thickness of cantilevered plate is identical with the thickness of roof boarding, also ensures
Cantilevered plate has enough support strengths, further ensures the safety of construction.
Preferably, in described step C, while making lifting mobile platform, cantilevered plate arranges use
Mobile platform support for travel way in lighting roof construction；
In step D, being to be lifted on mobile platform support for travel way by mobile platform, mobile platform can
To slide relative to mobile platform support for travel way.
In such scheme, by being provided for the mobile platform support for travel way of lighting roof construction, first it is
Improve the stability and reliability supporting mobile platform, further improve the application construction method can
By property；And, also make mobile platform can need to slide into different positions according to Practical Project progress, side
The adjustment of mobile platform position, further improve efficiency of construction, shorten the construction period.
Preferably, being provided with guide wheel below described mobile platform, the described mobile platform for lighting roof construction is led
Rail support means, including guide rail with for supporting the bracing frame of described guide rail, described guide rail is led with mobile platform
Wheel coordinates, and makes described mobile platform can move on described guide rail, and support frame as described above is several, several
Support frame as described above is spaced apart on cantilevered plate, the level height phase of the height of support frame as described above and described cantilevered plate
Coordinating, after making bracing frame installation put in place, guide rail is generally aligned in the same plane interior with the auxiliary section of guide wheel.
Mobile platform realizes the movement on guide rail by the guide wheel arranged on it, further facilitates mobile flat
The position adjustment of platform, and, guide rail matches with guide wheel so that mobile platform in moving process, movement side
To accurately, reduce the risk that skew occurs in mobile platform moving process, further increase lighting roof construction
In safety.
Further, during practice of construction, due to the factor of each side, each position level height of cantilevered plate
There may be difference, so, in the mobile platform support for travel way of the application, by arranging some supports
Frame, in making the auxiliary section of guide rail and guide wheel be generally aligned in the same plane, it is to avoid certain or certain several guide wheels are unsettled and cause
Guide rail local pressure excessive generation unstability accident, improves the safety of construction, it also avoid guide wheel by guide rail simultaneously
Stuck risk, further ensures being smoothed out of construction；Also reduce the requirement to cantilevered plate flatness,
Further simplify construction.
Preferably, described guide rail has a gathering sill, and the width of described gathering sill matches with the width of described guide wheel
Close.Arranging gathering sill on guide rail, guide wheel is arranged in gathering sill, and matches with the width of gathering sill, as
This, further improve the reliability and stability that mobile platform moves, it is to avoid mobile platform is at moving process
Middle guide wheel is the risk of landing from guide rail, further improves the safety of construction.
Preferably, support frame as described above includes the horizontal support bar being the level of state and the vertical support in vertical state
Bar, described horizontal support bar is perpendicular with vertical support bar, and described vertical support bar is arranged on described cantilevered plate,
Described guide rail is arranged on described horizontal support bar.Bracing frame is set to horizontal support bar and vertical support bar,
In installation process, the convenient adjustment to bracing frame height.
Preferably, the built-in fitting for supporting lighting roof, described water it are embedded with in the body of wall below described lighting roof
Flat support bar is connected with described built-in fitting.Horizontal support bar is connected with the built-in fitting of lighting roof, is on the one hand to improve
The stability of bracing frame and reliability, on the other hand bracing frame also functions to strengthen the built-in fitting support to lighting roof
Effect, so while playing supporting guide, also improving the stability of lighting roof.
Preferably, for welding between described horizontal support bar with described built-in fitting.
Preferably, described guide rail is channel-section steel, and described guide rail bottom welding is on described horizontal support bar.Use groove
Steel, as guide rail, has further facilitated making and the installation of guide rail.
Preferably, described horizontal support bar and vertical support bar are that channel-section steel or steel quarter bend prepare.
Compared with prior art, the beneficial effects of the utility model:
The mobile platform support for travel way for lighting roof construction of the application, it is arranged on cantilevered plate,
Arranging mobile platform on it, the mobile platform being used in lighting roof construction separates with ground, lower section, is not take up encorbelmenting
Space below plate, decreases the space that construction takies, greatly facilitates the construction of other structures or operation；
Furthermore, it is possible to the usage amount of structural member is greatly reduced, it is possible not only to save cost of transportation, but also can
Save the stacking space of rod member, further saved construction space, saved Construction Cost, and
Decrease construction workload, also make mobile platform more reliable and more stable, reduce the accident in lighting roof construction
Risk.
Accompanying drawing explanation
Fig. 1 is the step block diagram of lighting roof installation method；
Fig. 2 is the structural representation that mobile platform is arranged；
The structural representation that the mobile platform support for travel way that Fig. 3 is is arranged,
Labelling in figure: 1-lighting roof, 2-cantilevered plate, 3-safety net, 4-mobile platform, 5-operation platform, 6-
Mobile platform support for travel way, 7-guide wheel, 8-guide rail, 9-bracing frame, 10-horizontal support bar, 11-is vertical
Support bar, 12-built-in fitting, 13-skeleton, 14-gathering sill.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and
Embodiment, is further elaborated to this utility model.It should be appreciated that concrete reality described herein
Execute example only in order to explain this utility model, be not used to limit this utility model.
Embodiment, as Figure 1-3:
The installation method of a kind of lighting roof, comprises the steps: successively
A: cantilevered plate 2 is set: arrange cantilevered plate 2 on body of wall or gallery below lighting roof 1；
B: safety net 3 is set: arrange safety net 3 between cantilevered plate 2；
C: make mobile platform 4: according to the design shape of lighting roof 1, make mobile platform 4 at roof,
And on mobile platform 4, form the operation platform 5 adapted with lighting roof 1 shape；
D: lifting mobile platform 4: the mobile platform 4 using boom hoisting step C to be obtained is lifted to step
On the cantilevered plate 2 that A is formed；
E: install lighting roof 1: after step D mobile platform 4 lifting puts in place, workmen is at operation platform
The construction working of lighting roof 1 is carried out on 5；
F: after lighting roof in step E 1 installs, removes mobile platform 4, completes construction.
Above-mentioned lighting roof 1 installation method, according to actual building structure, selects to arrange cantilevered plate 2 on body of wall
Or cantilevered plate 2 is set on gallery, after cantilevered plate 2 is provided with, cantilevered plate 2 arranges mobile platform
4, mobile platform 4 is formed the operation platform 5 closed with lighting roof 1 matching form, workmen is in construction
Carry out the installment work of lighting roof 1 on platform 5, use such installation method, be first to be not take up cantilevered plate
Space below 2, decreases the space that construction takies, greatly facilitates the construction of other structures or operation；
It is additionally, since mobile platform 4 to be arranged on cantilevered plate 2, for more traditional full hall scaffold structure, significantly
Decrease the usage amount of structural member, be possible not only to save cost of transportation, but also the stacking of rod member can be saved
Space, has further saved construction space, has saved Construction Cost, and has decreased construction working
Amount；On the other hand, the height of the application mobile platform 4 have also been obtained compared to for traditional full hall scaffold
Significantly reduce, so, there is relatively reliable stability, reduce mobile platform 4 and unstability accident occurs
Risk, so the accident risk also reduced in lighting roof 1 construction.
Preferably, described cantilevered plate 2 is two, and is oppositely arranged along the length direction of lighting roof 1.To encorbelment
Plate 2 is set to two, i.e. sets up mobile platform 4 on two cantilevered plates 2 being oppositely arranged, it is ensured that mobile flat
The reliability that platform 4 is supported, another further aspect, owing to cantilevered plate 2 is oppositely arranged along the length direction of lighting roof 1,
That is the span of mobile platform 4 is the width of lighting roof 1, so, reduces the span of lighting roof 1,
Further improve the stability of mobile platform 4, further reduce the accident risk in work progress.
Preferred as another, described cantilevered plate 2 is circumferentially arranged, and forms a loop structure.In this scenario,
Forming a circle cantilevered plate 2, the setting that can make mobile platform 4 is the most flexible, can be according to practice of construction environment
Mobile platform 4 is set on the correct position of cantilevered plate 2 with execution conditions, it is also possible to according to actual needs outstanding
The support of more version is set between bridging piece 2 and mobile platform 4, further improves the application construction
The suitability of method, the most further improves the safety in work progress.
Preferably, in described step B, before safety net 3 is set, first use is set between cantilevered plate 2
In the skeleton 13 of support safety net 3, safety net 3 is set on skeleton 13 the most again, and by outside safety net 3
Edge is connected on cantilevered plate 2.In this scenario, by skeleton 13, safety net 3 is supported, improves peace
The reliability of the whole network 3, it is ensured that safety net 3 has good safety protection function, is additionally, since lighting roof 1
Generally all there is bigger span and length, skeleton 13 is first set, has been also convenient for the laying of safety net 3, has entered
The installation quality improving safety net 3 of one step.
Preferably, if described skeleton 13 includes some bolt stems being anchored on described cantilevered plate 2 and is connected to
Some steel wires between bolt, each steel wire is tightened and is formed the steel wire for support safety net 3.Skeleton
13 is steel mesh structure, while ensureing excellent support intensity, also has lighter weight, not only facilitates
The installation of skeleton 13, also reduces the load-bearing burden of cantilevered plate 2.
Preferably, described bolt is high-strength chemical bolt, and described steel wire diameter is 1.5mm～4mm.
Preferably, described bolt can be M7, M8, M9, M10, M11, M12, M14 or M16
In one or several or the bolt of more large scale specification.Inventor finds, uses above-mentioned specification
Steel wire and bolt, on the premise of ensureing skeleton 13 support strength, also have lighter weight, and have
Good economy, saves construction cost further.
Preferably, in described step A, cantilevered plate 2 is during body of wall or gallery pouring construction, with
Body of wall or gallery formed by integrally casting molding.Cantilevered plate 2 and body of wall or gallery formed by integrally casting molding, it is ensured that outstanding
There is between bridging piece 2 and body of wall or gallery good globality, improve the bearing capacity of cantilevered plate 2, enter
One step improves the safety of the application construction method.
Preferably, in described step E, it is that lighting roof 1 is divided into some lighting roof sections, and installs one by one
Lighting roof sections.
Preferably, the size of described operation platform 5 is corresponding with the size of lighting roof sections.
Segmented lighting roof 1 is installed, is first reduction of the requirement to mobile platform 4 support strength,
Further save construction cost and difficulty of construction, and, the most further reduce mobile platform 4
Dimensional requirement, say, that the size of mobile platform 4 has only to meet the construction of single lighting roof sections i.e.
Can, so, further save the consumption supporting rod member, reduced construction cost and construction volume further.
Preferably, the thickness of described cantilevered plate 2 is identical with the thickness of roof boarding.Cantilevered plate 2 thickness is set to
Identical with roof boarding thickness so that when pouring, cantilevered plate 2 can use the template identical with roof boarding to carry out
Pour, so being also convenient for pouring of cantilevered plate 2；And, the thickness phase of the thickness of cantilevered plate 2 and roof boarding
With, also ensure that cantilevered plate 2 has enough support strengths, further ensure the safety of construction.
Preferably, in described step C, while making lifting mobile platform 4, cantilevered plate 2 sets
Put the mobile platform support for travel way 6 for lighting roof construction；
In step D, it is that mobile platform 4 is lifted on mobile platform support for travel way 6, mobile flat
Platform 4 can slide relative to mobile platform support for travel way 6.
In such scheme, carry out support movable platform 4, first by arranging mobile platform support for travel way 6
It is to improve the stability and reliability that mobile platform 4 is supported, further improves the application construction method
Reliability；And, also make mobile platform 4 can need to slide into different positions according to Practical Project progress
Put, facilitate the adjustment of mobile platform 4 position, further improve efficiency of construction, shorten the construction period.
Preferably, guide wheel 7, the described movement for lighting roof 1 construction it are provided with below described mobile platform 4
Platform rail support means 6, including guide rail 8 with for supporting the bracing frame 9 of described guide rail 8, described guide rail
8 coordinate with the guide wheel 7 of mobile platform 4, make described mobile platform 4 can move on described guide rail 8, institute
Stating bracing frame 9 is several, and several support frames as described above 9 are spaced apart on cantilevered plate 2, support frame as described above
The height of 9 matches with the level height of described cantilevered plate 2, after making bracing frame 9 install and put in place, guide rail 8 with
In the auxiliary section of guide wheel 7 is generally aligned in the same plane.
Mobile platform 4 realizes the movement on guide rail 8 by the guide wheel 7 arranged on it, further facilitates
The position adjustment of mobile platform 4, and, guide rail 8 matches with guide wheel 7 so that mobile platform 4 is moving
During, moving direction is accurate, reduces the risk that skew occurs in mobile platform 4 moving process, further
Improve the safety in lighting roof 1 construction；
Further, during practice of construction, due to the factor of each side, each position level of cantilevered plate 2 is high
Degree there may be difference, so, in the mobile platform support for travel way 6 of the application, some by arranging
Bracing frame 9, in making the auxiliary section of guide rail 8 and guide wheel 7 be generally aligned in the same plane, it is to avoid certain or certain several guide wheels
7 is unsettled and cause guide rail 8 local pressure excessive generation unstability accident, improves the safety of construction, also keeps away simultaneously
Exempt from guide wheel 7 by the stuck risk of guide rail 8, further ensure being smoothed out of construction；Also reduce outstanding
The requirement of bridging piece 2 flatness, further simplify construction.
Preferably, described guide rail 8 has a gathering sill 14, the width of described gathering sill 14 and described guide wheel 7
Width match.Arranging gathering sill 14 on guide rail 8, guide wheel 7 is arranged in gathering sill 14, and with lead
Width to groove 14 matches, and so, further improves reliability that mobile platform 4 moves and stable
Property, it is to avoid mobile platform 4 guide wheel 7 risk of landing from guide rail 8 in moving process, further improves
The safety of construction.
Preferably, support frame as described above 9 includes the horizontal support bar 10 being the level of state and erecting in vertical state
Support bars 11, described horizontal support bar 10 is perpendicular with vertical support bar 11, described vertical support bar 11
Being arranged on described cantilevered plate 2, described guide rail 8 is arranged on described horizontal support bar 10.By bracing frame 9
It is set to horizontal support bar 10 and vertical support bar 11, in installation process, conveniently to bracing frame 9 height
Adjust.
Preferably, in the body of wall below described lighting roof 1, it is embedded with the built-in fitting 12 for supporting lighting roof 1,
Described horizontal support bar 10 is connected with described built-in fitting 12.Horizontal support bar 10 and the built-in fitting of lighting roof 1
12 connect, and are on the one hand stability and the reliabilities that improve bracing frame 9, and on the other hand bracing frame 9 also rises
To strengthening the built-in fitting 12 supporting role to lighting roof 1, so while playing supporting guide 8, also carrying
The high stability of lighting roof 1.
Preferably, described guide rail 8 is channel-section steel, and described guide rail 8 bottom welding is on described horizontal support bar 10.
Use channel-section steel as guide rail 8, further facilitate making and the installation of guide rail 8.
Preferably, described horizontal support bar 10 and vertical support bar 11 are that channel-section steel or steel quarter bend prepare.
All any amendment, equivalent and improvement etc. made within spirit of the present utility model and principle, all
Within protection domain of the present utility model should be included in.
Claims (7)
1. the mobile platform support for travel way for lighting roof construction, it is characterised in that: include guide rail and use
In supporting the bracing frame of described guide rail, described guide rail coordinates with the guide wheel of mobile platform, makes the described mobile platform can
To move on described guide rail, described mobile platform is formed with the operation platform adapted with lighting roof shape,
Support frame as described above is several, and several support frames as described above are spaced apart on cantilevered plate, the height of support frame as described above
Degree matches with the level height of described cantilevered plate, after making bracing frame installation put in place, and guide rail and the auxiliary section of guide wheel
In being generally aligned in the same plane.
Mobile platform support for travel way the most according to claim 1, it is characterised in that: described guide rail has
One gathering sill, the width of described gathering sill matches with the width of described guide wheel.
Mobile platform support for travel way the most according to claim 2, it is characterised in that: support frame as described above bag
Including the horizontal support bar being the level of state and the vertical support bar in vertical state, described horizontal support bar is with vertical
Support bar is perpendicular, and described vertical support bar is arranged on described cantilevered plate, and described guide rail is arranged on described level
On support bar.
Mobile platform support for travel way the most according to claim 3, it is characterised in that: under described lighting roof
Being embedded with the built-in fitting for supporting lighting roof in the body of wall of side, described horizontal support bar is with described built-in fitting even
Connect.
Mobile platform support for travel way the most according to claim 4, it is characterised in that: described horizontal support
For welding between bar with described built-in fitting.
Mobile platform support for travel way the most according to claim 5, it is characterised in that: described guide rail is groove
Steel, described guide rail bottom welding is on described horizontal support bar.
Mobile platform support for travel way the most according to claim 6, it is characterised in that: described horizontal support
Bar and vertical support bar are that channel-section steel or steel quarter bend prepare.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620286032.7U CN205531268U (en) | 2016-04-07 | 2016-04-07 | A moving platform guide rail strutting arrangement for daylighting top construction |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620286032.7U CN205531268U (en) | 2016-04-07 | 2016-04-07 | A moving platform guide rail strutting arrangement for daylighting top construction |
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| CN205531268U true CN205531268U (en) | 2016-08-31 |
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| CN201620286032.7U Expired - Fee Related CN205531268U (en) | 2016-04-07 | 2016-04-07 | A moving platform guide rail strutting arrangement for daylighting top construction |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108149965A (en) * | 2018-01-12 | 2018-06-12 | 中铁第四勘察设计院集团有限公司 | A kind of across the rail place's joint structure of cable duct and rail industrial premises |
| CN110424267A (en) * | 2019-07-12 | 2019-11-08 | 中国一冶集团有限公司 | A kind of bridge decoration plate positioning device |
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2016
- 2016-04-07 CN CN201620286032.7U patent/CN205531268U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108149965A (en) * | 2018-01-12 | 2018-06-12 | 中铁第四勘察设计院集团有限公司 | A kind of across the rail place's joint structure of cable duct and rail industrial premises |
| CN108149965B (en) * | 2018-01-12 | 2023-11-14 | 中铁第四勘察设计院集团有限公司 | Joint structure at cable pit cross-track position and track industrial factory building |
| CN110424267A (en) * | 2019-07-12 | 2019-11-08 | 中国一冶集团有限公司 | A kind of bridge decoration plate positioning device |
| CN110424267B (en) * | 2019-07-12 | 2022-05-06 | 中国一冶集团有限公司 | Bridge decorative board positioner |
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