CN207920108U - A kind of hanger structure of roof color steel plate lifting - Google Patents
A kind of hanger structure of roof color steel plate lifting Download PDFInfo
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- CN207920108U CN207920108U CN201820271384.4U CN201820271384U CN207920108U CN 207920108 U CN207920108 U CN 207920108U CN 201820271384 U CN201820271384 U CN 201820271384U CN 207920108 U CN207920108 U CN 207920108U
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- color steel
- load bearing
- lifting
- bearing beam
- cantilever
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Abstract
The utility model discloses a kind of hanger structures of roof color steel plate lifting, including load bearing beam, load bearing beam is connected by the lifting rope of setting with the lifting arm of boom hoisting, it is characterised in that, load bearing beam is arranged along the length direction of color steel, and the length of load bearing beam is arranged not less than the length of color steel；Load bearing beam both sides or so are arranged in pairs the cantilever to extend outwardly away in the width direction, and cantilever is set in distance along load bearing beam length direction；The hanger structure further includes the drawstring corresponded per a pair of of cantilever setting, the upward wraparound in both ends of drawstring and is connected correspondingly with two outer ends of same a pair of of cantilever, and the length of drawstring is more than the width of color steel.The utility model have it is simple in structure, it is easy to use, the advantages of capable of improving color steel transfer efficiency, reduce color steel deformation probability.
Description
Technical field
The utility model is related to technical field of buildings；More particularly to a kind of suspender structure of roof color steel plate lifting.
Background technology
Color steel, refers to color coated steel sheet, and color coated steel sheet is a kind of steel plate with organic coating.Color steel be divided into veneer,
Color-steel composite board, floor support plate etc..It is widely used in the metope of large public building, public workshop, movable plank house and integrated house
And roofing.There are two excellent features for color steel tool：It has extraordinary cold protective performance.It is suitable for intensive ultraviolet, severe winter is high
Cold area, withstands the test of various harsh conditions；It also has good heat-insulating property simultaneously, due to color steel because intermediate
There is laminboard layer.Therefore very excellent in warming performance so that people, which stay in prefabricated house, will not feel too cold.
The advantages of had because of it, now more and more roofings are mated formation using color steel at present.But using color
During steel plate mats formation to roofing, it is necessary first to the color steel on ground is transported to roof, during transhipment,
It is that color steel is transported to roof one by one, this mode is transported through, and color steel is easily deformed, the color steel of deformation
Time-consuming and laborious when mating formation, the especially larger strip color steel of length and width ratio, the deformation in transport process is even direct
Cause scrapping for color steel；Meanwhile that there is also transfer efficiencies is low for this transporting mode, influences the efficiency that entire color steel is mated formation.
Therefore, it is simple in structure that one kind can how be provided, it is easy to use, color steel transfer efficiency can be improved, is reduced
The hanger structure of the roof color steel plate lifting of color steel deformation probability, becoming those skilled in the art has technology to be solved to ask
Topic.
Utility model content
In view of the above shortcomings of the prior art, technical problem to be solved in the utility model is：How a kind of knot is provided
Structure is simple, easy to use, can improve color steel transfer efficiency, reduces the roof color steel plate lifting of color steel deformation probability
Hanger structure.
In order to solve the above-mentioned technical problem, the utility model uses the following technical solution：
A kind of hanger structure of roof color steel plate lifting, including load bearing beam, load bearing beam by the lifting rope of setting with rise
The lifting arm of device for hoisting is connected, which is characterized in that load bearing beam is arranged along the length direction of color steel, and the length of load bearing beam is not less than
The length of color steel is arranged；Load bearing beam both sides or so are arranged in pairs the cantilever to extend outwardly away in the width direction, and outstanding
Arm is set in distance along load bearing beam length direction；The hanger structure further includes the drawstring corresponded per a pair of of cantilever setting,
The upward wraparound in the both ends of drawstring and be connected correspondingly with two outer ends of same a pair of of cantilever, and the length of drawstring be more than it is color
The width of steel plate.
In the technical program, when being transported through to color steel, the forced section of color steel is multiple and along its own length
Degree direction is in be spaced apart so that is more uniformly stressed in color steel transport process, since forced section is multiple so that Duo Geshou
The weight of color steel is shared at power position so that is unlikely to deform in color steel transport process；And using the suspender knot of this structure
Structure can once be transported through polylith color steel, improve transfer efficiency.Total is simple, and easy to use.
As an optimization, the lifting rope includes being drawn from lifting arm outer end and three down-set, and three lifting ropes
The corresponding both ends for being connected to load bearing beam in lower end and medium position for providing pulling force straight up.
In this way, using three lifting ropes enable to during lifting color steel be not easy to rotate in the horizontal plane and
It shakes so that entire lifting process is more steady, and the quality lifted to color steel is improved while easy to use.
As an optimization, it is adjusting lifting rope with the lifting rope being connected in the middle part of load bearing beam, adjusting lifting rope includes lower end
The lifting rope epimere that the lifting rope hypomere and upper end being connected with load bearing beam are connected with lifting arm outer end in lifting rope epimere and rises
Bottle gouard moved by hands is equipped between lifting rope hypomere, the connecting pin of the bottle gouard moved by hands is connected with the lower end of lifting rope epimere, described manual
The working end of cucurbit is connected with the upper end of lifting rope hypomere；Or the lower end of the working end of the bottle gouard moved by hands and lifting rope epimere
It is connected, the connecting pin of the bottle gouard moved by hands is connected with the upper end of lifting rope hypomere.
In such manner, it is possible to make the medium position positioned at load bearing beam first bear the weight of load bearing beam itself by adjusting bottle gouard moved by hands
Power, and the medium position of entire load bearing beam is arched upward upwards, during being transported through lifting to color steel so that color
The medium position in steel plate length direction can also arch upward upwards or in level, what color steel was born in transhipment is drawing pressure,
Entire color steel is just unlikely to deform.
As an optimization, lifting lug has been set up at the both ends of load bearing beam length direction and medium position, on lifting lug
It is connected with shackle, the lower end of the lifting rope is corresponding to be connected with shackle.
Lifting rope is disassembled from load bearing beam in this way, facilitating, it is easy to use.
As an optimization, the lifting rope and drawstring are banded structure；The upper surface of drawstring is for the following table with color steel
Face is affixed bearing.
In this way, can be more steady when transhipment color steel, the load bearing beam being connected with lifting rope is not easy to send out in the horizontal plane
Raw rotation；The area of the stress on color steel can be increased so that the gravity being subject in color steel unit area reduces, Neng Gouyou
The probability for reducing color steel deformation of effect improves transhipment quality.
As an optimization, the cantilever and the load bearing beam are that ferrous material is made；The inner end of cantilever is welded to connect in holding
Carrier beam.
In this way, by welding its bonding strength can be improved between load bearing beam and suspended wall, intensity higher, when use more
It is firm, safety.
As an optimization, the load bearing beam is round tube shape structure, and the cantilever is its own width direction in vertically arranged
Platy structure, and the inner end of cantilever be equipped with inside in open architecture and through its thickness direction half bore, the half bore it is interior
Surface is connected on load bearing beam outer circumference surface.
In such manner, it is possible to increase the area of the stress on color steel so that the gravity being subject in color steel unit area reduces,
The probability of color steel deformation can be effectively reduced, transhipment quality is improved.
As an optimization, the width of the cantilever is greater than or equal to the diameter of load bearing beam.
In this way, entire hanger structure contact area bigger when lying against horizontal plane, is equivalent to a face contact, is not easy to produce
Life is rocked and is swung.
As an optimization, it is connected with hook in the outer end of the cantilever of side, suspension hook is connected in the outer end of the cantilever of the other side；
The both ends of the drawstring are corresponding to be connected to hook and suspension hook.
The both ends of drawstring are respectively removed since on suspension hook and hook in such manner, it is possible to facilitate, by color steel when facilitating lifting
As for the discharging above drawstring, and after transhipment color steel.
As an optimization, the hook bends V-shaped one end for obtaining, and linking up with by reinforcing bar and is welded to connect in the outer of cantilever
End.
In this way, hook is bent using reinforcing bar, and easy to manufacture, and the mounting for releasing hook and drawstring is more square
Just.
Description of the drawings
Fig. 1 is the structural schematic diagram in specific embodiment of the present invention.
Fig. 2 is the structural schematic diagram in the slave side-looking direction in Fig. 1；（Shackle, drawstring, suspension hook, hook etc. are not shown in figure
Structure）.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings.
When specific implementation：If Fig. 1 and Fig. 2 are regarded, a kind of hanger structure of roof color steel plate lifting, including load bearing beam 1,
Load bearing beam is connected by the lifting rope 5 of setting with the lifting arm 2 of boom hoisting, and load bearing beam 1 is arranged along the length direction of color steel,
The length of load bearing beam 1 is arranged not less than the length of color steel；Load bearing beam both sides or so have been arranged in pairs in the width direction outward
The cantilever 3 extended out, and cantilever is set in distance along load bearing beam length direction；The hanger structure further includes corresponding often
The drawstring 4 of a pair of of cantilever setting, the upward wraparound in both ends of drawstring and is connected with two outer ends of same a pair of of cantilever correspondingly,
And the length of drawstring is more than the width of color steel.
In the technical program, when being transported through to color steel, the forced section of color steel is multiple and along its own length
Degree direction is in be spaced apart so that is more uniformly stressed in color steel transport process, since forced section is multiple so that Duo Geshou
The weight of color steel is shared at power position so that is unlikely to deform in color steel transport process；And using the suspender knot of this structure
Structure can once be transported through polylith color steel, improve transfer efficiency.Total is simple, and easy to use.
In present embodiment, the lifting rope 5 includes being drawn from lifting arm outer end and three down-set, and three
The drawing of the corresponding both ends for being connected to load bearing beam in the lower end of root lifting rope and medium position for offer straight up
Power.
In this way, using three lifting ropes enable to during lifting color steel be not easy to rotate in the horizontal plane and
It shakes so that entire lifting process is more steady, and the quality lifted to color steel is improved while easy to use.
It is adjusting lifting rope, adjusting lifting rope with the lifting rope being connected in the middle part of load bearing beam in present embodiment
The lifting rope epimere 7 that the lifting rope hypomere 6 and upper end being connected with load bearing beam including lower end are connected with lifting arm outer end, is being lifted by crane
It restricts and is equipped with bottle gouard moved by hands 8, the connecting pin of the bottle gouard moved by hands and the lower end phase of lifting rope epimere between epimere and lifting rope hypomere
Even, the working end of the bottle gouard moved by hands is connected with the upper end of lifting rope hypomere；Or working end and the lifting of the bottle gouard moved by hands
The lower end of rope epimere is connected, and the connecting pin of the bottle gouard moved by hands is connected with the upper end of lifting rope hypomere.
In such manner, it is possible to make the medium position positioned at load bearing beam first bear the weight of load bearing beam itself by adjusting bottle gouard moved by hands
Power, and the medium position of entire load bearing beam is arched upward upwards, during being transported through lifting to color steel so that color
The medium position in steel plate length direction can also arch upward upwards or in level, what color steel was born in transhipment is drawing pressure,
Entire color steel is just unlikely to deform.
In present embodiment, lifting lug 9 has been set up at the both ends of load bearing beam length direction and medium position,
Shackle is connected on lifting lug, the lower end of the lifting rope is corresponding to be connected with shackle.
Lifting rope is disassembled from load bearing beam in this way, facilitating, it is easy to use.
In present embodiment, the lifting rope 5 and drawstring 4 are banded structure；The upper surface of drawstring is used for and coloured silk
The lower surface of steel plate is affixed bearing.
In this way, can be more steady when transhipment color steel, the load bearing beam being connected with lifting rope is not easy to send out in the horizontal plane
Raw rotation；The area of the stress on color steel can be increased so that the gravity being subject in color steel unit area reduces, Neng Gouyou
The probability for reducing color steel deformation of effect improves transhipment quality.
In present embodiment, the cantilever and the load bearing beam are that ferrous material is made；It welds the inner end of cantilever 3
It is connected to load bearing beam.
In this way, by welding its bonding strength can be improved between load bearing beam and suspended wall, intensity higher, when use more
It is firm, safety.
In present embodiment, the load bearing beam 1 is round tube shape structure, and the cantilever is its own width direction in perpendicular
To the platy structure of setting, and the inner end of cantilever be equipped with inside in open architecture and half bore through its thickness direction, it is described
The inner surface of half bore is connected on load bearing beam outer circumference surface.
In such manner, it is possible to increase the area of the stress on color steel so that the gravity being subject in color steel unit area reduces,
The probability of color steel deformation can be effectively reduced, transhipment quality is improved.
In present embodiment, the width of the cantilever 3 is greater than or equal to the diameter of load bearing beam.
In this way, entire hanger structure contact area bigger when lying against horizontal plane, is equivalent to a face contact, is not easy to produce
Life is rocked and is swung.
In present embodiment, it is connected with hook 10 in the outer end of the cantilever 3 of side, in the outer end of the cantilever of the other side
It is connected with suspension hook 11；The both ends of the drawstring are corresponding to be connected to hook and suspension hook.
The both ends of drawstring are respectively removed since on suspension hook and hook in such manner, it is possible to facilitate, by color steel when facilitating lifting
As for the discharging above drawstring, and after transhipment color steel.
In present embodiment, it is described hook 10 by reinforcing bar bend it is V-shaped obtain, and link up with one end be welded to connect in
The outer end of cantilever.
In this way, hook is bent using reinforcing bar, and easy to manufacture, and the mounting for releasing hook and drawstring is more square
Just.
In present embodiment, the width of color steel is not less than with the spacing of two outer end of a pair of cantilever.
In this way, when being lifted by crane to color steel using drawstring, two edge of color steel width direction are not easy inward curl deformation, carry
The quality that height entirely lifts.
Claims (10)
1. a kind of hanger structure of roof color steel plate lifting, including load bearing beam（1）, lifting rope that load bearing beam passes through setting（5）
With the lifting arm of boom hoisting（2）It is connected, which is characterized in that load bearing beam（1）Length direction along color steel is arranged, load bearing beam
（1）Length not less than color steel length be arranged；Load bearing beam both sides or so have been arranged in pairs to extend outwardly in the width direction
The cantilever gone out（3）, and cantilever is set in distance along load bearing beam length direction；The hanger structure further includes that one-to-one correspondence is each
To the drawstring of cantilever setting（4）, the upward wraparound in both ends of drawstring and it is connected correspondingly with two outer ends of same a pair of of cantilever,
And the length of drawstring is more than the width of color steel.
2. a kind of hanger structure of roof color steel plate lifting as described in claim 1, which is characterized in that the lifting rope
（5）Include being drawn from lifting arm outer end and three down-set, and corresponding be connected in lower end of three lifting ropes is held
Pulling force of the both ends and medium position of carrier beam for offer straight up.
3. a kind of hanger structure of roof color steel plate lifting as claimed in claim 2, which is characterized in that with load bearing beam middle part
Connected lifting rope is adjusting lifting rope, and adjusting lifting rope includes the lifting rope hypomere that lower end is connected with load bearing beam（6）With
And the lifting rope epimere that upper end is connected with lifting arm outer end（7）, manual calabash is equipped between lifting rope epimere and lifting rope hypomere
Reed（8）, the connecting pin of the bottle gouard moved by hands is connected with the lower end of lifting rope epimere, the working end of the bottle gouard moved by hands and lifting rope
The upper end of hypomere is connected；Or the working end of the bottle gouard moved by hands is connected with the lower end of lifting rope epimere, the bottle gouard moved by hands
Connecting pin is connected with the upper end of lifting rope hypomere.
4. a kind of hanger structure of roof color steel plate lifting as claimed in claim 2, which is characterized in that in carrying beam length
The both ends in direction and medium position have set up lifting lug（9）, shackle, the lower end of the lifting rope are connected on lifting lug
It is corresponding to be connected with shackle.
5. a kind of hanger structure of roof color steel plate lifting as described in claim 1, which is characterized in that the lifting rope
（5）And drawstring（4）It is banded structure；The upper surface of drawstring is used to be affixed bearing with the lower surface of color steel.
6. a kind of hanger structure of roof color steel plate lifting as described in claim 1, which is characterized in that the cantilever and institute
It is that ferrous material is made to state load bearing beam；Cantilever（3）Inner end be welded to connect in load bearing beam.
7. a kind of hanger structure of roof color steel plate lifting as claimed in claim 6, which is characterized in that the load bearing beam
（1）For round tube shape structure, the cantilever is that its own width direction is in vertically arranged platy structure, and the inner end of cantilever is equipped with
Inside in open architecture and half bore through its thickness direction, the inner surface of the half bore is connected to load bearing beam outer circumference surface
On.
8. a kind of hanger structure of roof color steel plate lifting as claimed in claim 7, which is characterized in that the cantilever（3）
Width be greater than or equal to load bearing beam diameter.
9. a kind of hanger structure of roof color steel plate lifting as described in claim 1, which is characterized in that the cantilever in side
（3）Outer end be connected with hook（10）, suspension hook is connected in the outer end of the cantilever of the other side（11）；The both ends of the drawstring are each
It is self-corresponding to be connected to hook and suspension hook.
10. a kind of hanger structure of roof color steel plate lifting as claimed in claim 9, which is characterized in that the hook
（10）By reinforcing bar bend it is V-shaped obtain, and link up with one end be welded to connect in the outer end of cantilever.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820271384.4U CN207920108U (en) | 2018-02-26 | 2018-02-26 | A kind of hanger structure of roof color steel plate lifting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820271384.4U CN207920108U (en) | 2018-02-26 | 2018-02-26 | A kind of hanger structure of roof color steel plate lifting |
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| CN207920108U true CN207920108U (en) | 2018-09-28 |
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| CN201820271384.4U Active CN207920108U (en) | 2018-02-26 | 2018-02-26 | A kind of hanger structure of roof color steel plate lifting |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110577145A (en) * | 2019-09-29 | 2019-12-17 | 中国二十冶集团有限公司 | Color steel plate hoisting and traction device and use method thereof |
-
2018
- 2018-02-26 CN CN201820271384.4U patent/CN207920108U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110577145A (en) * | 2019-09-29 | 2019-12-17 | 中国二十冶集团有限公司 | Color steel plate hoisting and traction device and use method thereof |
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