CN207377077U - A kind of support construction of scaffold - Google Patents
A kind of support construction of scaffold Download PDFInfo
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- CN207377077U CN207377077U CN201721384245.4U CN201721384245U CN207377077U CN 207377077 U CN207377077 U CN 207377077U CN 201721384245 U CN201721384245 U CN 201721384245U CN 207377077 U CN207377077 U CN 207377077U
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- scaffold
- telescoping mechanism
- axle sleeve
- rectangular
- bar
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Abstract
The utility model discloses a kind of support constructions of scaffold, including installation montant and the telescoping mechanism for being used to set up used in scaffold frame body, it is characterized in that, the telescoping mechanism further includes a superposed fixing end, and fixing end is fixedly connected on the lower part of installation montant by transverse support bar；And the transverse support bar is included in slidably the transverse support bar leading portion being connected with installation with montant of telescopic design and the transverse support bar back segment being connected with telescoping mechanism.There is the support construction of the scaffold of the utility model installation to stablize, and facilitate carrying, it is adaptable the advantages of.
Description
Technical field
The utility model is related to construction safety devices；More particularly to a kind of support construction of scaffold.
Background technology
Scaffold is to ensure workbench that each work progress is smoothed out and sets up.Position by setting up is divided into outer
Scaffold, internal scaffolding；It can be divided into timber scaffolding, bamboo scaffolding, steel pipe scaffold by material difference；It is divided by structural form vertical
Rod-type scaffold, bridge scaffold, swinging scaffold, suspended scaffold, choose formula scaffold, climb formula foot hand door-type scaffold
Frame.
Chinese patent（CN206053272U）A kind of traveling centering is disclosed, including：Upright bar, cross bar and intersection are oblique
Support, the upright bar and cross bar form a frame structure, and mobile layer and work layer, institute are provided with above the frame structure
It states work layer to be arranged above mobile layer, the work layer includes：The steel platform of bottom, the skirting board and steel of steel platform side
The handrail of side above platform；Lock and adjusting rod are provided at the mobile layer, passes through lock and adjusting rod adjustable
The height of layer；Triangle inclined strut is symmetrically arranged in the two bottom sides of the upright bar, the one side of the triangle inclined strut is solid by latching
Due to bottom of upright rod, opposite side is fixed on ground by adjustable bolt；A cat ladder is additionally provided between the upright bar to be used for
Operating personnel climb, and a connecting plate is provided between the work layer of two neighboring scaffold, and two adjacent scaffolds are connected
It connects integral, skirting board and handrail is provided on the connecting plate.
But to still have support unstable for the scaffold of this structure, it is inconvenient to use, what when transport took up a large area
Shortcoming.
Therefore, the present inventor devises a kind of scaffold, the rectangular body knot of the entirety including being set up by montant and cross bar
The frame body of structure, frame body top are equipped with work layer, are rotatably equipped with idler wheel in frame body bottom, which is characterized in that the frame body
Lower part is additionally provided with telescoping mechanism, and telescoping mechanism tool is there are one the working end that can be stretched out straight down, and working end is stretched downwards
Idler wheel can be exceeded after going out in vertical outermost outer circumference surface；The telescoping mechanism at least there are three and cloth in the horizontal direction
It is set to triangle.
But wherein how the support construction of frame hand cradle designs, and can have installation to stablize, facilitate carrying, and
Also adaptable strong, becoming further has the technical issues of to be solved.
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 peace is provided
Dress is stablized, and facilitates carrying, the support construction of adaptable scaffold.
In order to solve the above-mentioned technical problem, the utility model employs following technical solution：
A kind of support construction of scaffold, including installation montant and the telescopic machine for being used to set up used in scaffold frame body
Structure, which is characterized in that be connected to the first limit shaft with the axially spaced-apart and fixing sleeve of montant along installation with the lower part of montant in installation
Set and the second limit shaft sleeve, and the position between the first limit shaft sleeve and the second limit shaft sleeve on installation montant is rotatable
Be socketed with movable axle sleeve, the telescoping mechanism further includes a superposed fixing end, and fixing end is fixedly connected on activity
On axle sleeve.
In the technical program, the angle of telescoping mechanism can be adjusted, can according to fabricating yard to telescoping mechanism into
Row adjustment, enables to scaffold to adapt to different place demands, and adaptability is stronger；And also have and facilitate carrying, occupy empty
Between it is small the advantages of.
As an optimization, fixing end is fixedly connected on movable axis by transverse support bar and puts on, and the transverse support bar bag
It includes in the slidably transverse support bar leading portion being connected with movable axle sleeve of telescopic design and the horizontal branch being connected with telescoping mechanism
Strut back segment.
In this way, telescoping mechanism is arranged at intervals with installation with montant, and linked together by transverse support bar, by this
The support construction of kind of scaffold carries out in application, telescoping mechanism is placed in scaffold body exterior, can further increase
The mounting area of scaffold so that the scaffold after installation is more stablized.And enable to the required mounting surface of scaffold
Product is adjusted on demand, can adapt to the installation of different spaces, more convenient to use.
As an optimization, in installation with the lower part of montant along installation the first /V is connected to the axially spaced-apart and fixing sleeve of montant
Axle sleeve and the second limit shaft sleeve, and the position between the first limit shaft sleeve and the second limit shaft sleeve on installation montant can turn
Dynamic is socketed with movable axle sleeve, and transverse support bar leading portion is fixedly connected on movable axis and puts on.
In this way, the angle of telescoping mechanism can be adjusted, telescoping mechanism can be adjusted according to fabricating yard, energy
Enough so that scaffold adapts to different place demands.
As an optimization, also it is connected between the movable axle sleeve and telescoping mechanism by skewed horizontal load bar；In skewed horizontal load bar
One end be arranged at intervals multiple connecting holes along its length and one of connecting hole has by bolt and movable axis set
Connecting portion be connected, the other end of skewed horizontal load bar is articulated and connected with telescoping mechanism.
In this way, it is connected by the connecting hole for making skewed horizontal load bar different with the connecting portion that movable axis set has so that oblique
Supporting rod in the horizontal plane have different length projection so that between telescoping mechanism and installation montant have it is different away from
From；Support is enabled to more to stablize, telescoping mechanism stress causes entire scaffold to adapt to different peaces while more reasonable
Occasion is filled, there is stronger applicability.
As an optimization, the outer end of the transverse support bar and the outer end of skewed horizontal load bar are set in the vertical direction in interval
It puts, and transverse support bar, skewed horizontal load bar, movable axle sleeve and telescoping mechanism are integrally in a rectangular trapezoid.
In this way, transverse support bar, skewed horizontal load bar, the stress of movable axle sleeve and telescoping mechanism are more reasonable, each component
Between stability it is more preferable.
As an optimization, the outer end of the skewed horizontal load bar is tilted down setting.
In this way, skewed horizontal load bar stress is more reasonable, support effect is more preferable.
As an optimization, the telescoping mechanism includes vertically arranged long nut, the lower end of the long nut periphery wall and upper
Hold be corresponding in turn to be fixedly linked with transverse support bar and skewed horizontal load bar, and the long nut also with vertically arranged screw rod
It is threadedly coupled, the maximum length that the lower end surface of the screw rod can stretch out exceeds idler wheel in vertical outermost excircle
Face.
In this way, telescoping mechanism is simple and reliable for structure and is conveniently operated, can have using the mode of threaded connection and facilitate tune
The advantages of whole screw rod extension elongation, when in use, facilitates scaffold leveling.
As an optimization, it is fixedly connected with cushion block made from rubber material in the lower end of screw rod.
In such manner, it is possible to play the role of protecting screw rod, meanwhile, cushion block is set, contact area is enabled to increase, after installation
More stablize.
As an optimization, it is fixedly connected with horizontally disposed rotating bar in the upper end of screw rod.
The extension elongation of screw rod is adjusted in this way, convenient, during adjustment, more Portable power saving.
As an optimization, first limit shaft sleeve is located above second limit shaft sleeve, the upper end of movable axle sleeve to
The first rectangular notch set through movable axis sleeve wall thickness is arranged with, and the upper end of first rectangular notch is tied in open
Structure, first rectangular notch are located at the upper one side being connected with transverse support bar of movable axis set；Under the first limit shaft sleeve
End face is vertically provided with the first rectangular cam, and first rectangular cam is located at the outside of frame body width, and the first square
Shape convex block can be engaged by clamping with the first rectangular notch.
In this way, mutually the first rectangular cam of sum is matched somebody with somebody in clamping and the first rectangular notch can be to telescoping mechanism in the horizontal plane
Rotation positioned, and position of the telescoping mechanism after being positioned is in the maximum position in interval of telescoping mechanism and frame body
It puts, telescoping mechanism is now in optimal installation site so that it is maximum with effective mounting area of mounting surface after scaffold installation,
Scaffold is more stablized at this time, is not susceptible to topple, use is safer.Also, by the way of convex block and notch cooperation, tool
Have simple and compact for structure, be clamped the advantages of reliable.
As an optimization, the second rectangular notch, the lower end of second rectangular notch are additionally provided in the lower end of movable axle sleeve
In open architecture, and the first rectangular notch and the second rectangular notch are set in mirror image each other；It is provided on the second limit shaft sleeve
Second rectangular cam, and first rectangular cam and second rectangular cam are in center symmetric setting, and described each other
Second rectangular notch and second rectangular cam can be engaged by clamping.
In this way, mutually the second rectangular notch of sum is matched somebody with somebody in clamping and the second rectangular cam can be to telescoping mechanism in the horizontal plane
Rotation positioned, and position of the telescoping mechanism after being positioned be in telescoping mechanism gathering position, by telescoping mechanism
It collapses in scaffold, can have the advantages of occupying little space, facilitating carrying.
Description of the drawings
Fig. 1 is the structure diagram for the scaffold for having used the utility model structure,（Cushion block and rotation are not shown in figure
Bar）.
Structure diagram of the installation montant with telescoping mechanism part that Fig. 2 is Fig. 1,（Breast piece is not shown in figure）.
Fig. 3 is the left view of Fig. 2,（Telescoping mechanism part, transverse support bar and skewed horizontal load bar are not shown in figure）.
Specific embodiment
The utility model is made further specifically with reference to a kind of scaffold for having used the utility model structure
It is bright.
During specific implementation：As shown in Figure 1 to Figure 3, a kind of scaffold, the entirety including being set up by montant and cross bar 2 are in
The frame body of cuboid structure is equipped with work layer 3 at the top of frame body, is rotatably equipped with idler wheel 4 in frame body bottom, under the frame body
Portion is additionally provided with telescoping mechanism, and telescoping mechanism tool is there are one the working end that can be stretched out straight down, and working end extends downwardly
After can exceed idler wheel 4 in vertical outermost outer circumference surface；The telescoping mechanism at least there are three and cloth in the horizontal direction
It is set to triangle.
In the technical program, pass through the telescoping mechanism of setting, when mounted, working end stretching and idler wheel by telescoping mechanism
It is flushed in vertical outermost outer circumference surface, may be such that telescoping mechanism and the common stress of idler wheel, the work of protection idler wheel can be played
With and at the same time so that entire scaffold increases with the contact area on ground, while installation is more stablized, but also installation
Face is not easily damaged；When mounted, the working end of telescoping mechanism is set beyond idler wheel in vertical outermost outer circumference surface, this
Sample can lift idler wheel so that idler wheel does not stress, in this way, entire scaffold is not susceptible to shift in the horizontal direction, more
Stabilization.
In this specific embodiment, the telescoping mechanism is four and arranges in the horizontal direction rectangular.
In this way, arrangement is more reasonable, scaffold is more stablized after mounting, and each telescoping mechanism stress is more rationally equal
It is even.
In this specific embodiment, the telescoping mechanism is connected to the peace overlapped with the vertical crest line of frame body correspondingly
Dress is on montant 1.
In this way, the area for the rectangle that the position of four telescoping mechanism installations is formed is maximum, the installation of scaffold is enabled to
Area bigger is more stablized after installation, and operation is more safe and efficient.
In this specific embodiment, the telescoping mechanism further includes a superposed fixing end, and fixing end passes through horizontal stroke
The lower part of installation montant 1 is fixedly connected on to supporting rod 8.
In this way, telescoping mechanism to be arranged to the outside of the projection of frame body in the horizontal plane, it can further increase foot hand
The mounting area of frame so that the scaffold after installation is more stablized.
In this specific embodiment, the transverse support bar 8 is included in slidably telescopic design and installation montant 1
Connected transverse support bar leading portion and the transverse support bar back segment being connected with telescoping mechanism.
In such manner, it is possible to so that the required mounting area of scaffold is adjusted on demand, the peace of different spaces can adapt to
Dress, it is more convenient to use.
In this specific embodiment, in installation with the lower part of montant 1 along the axially spaced-apart of installation montant and fixedly sleeved
There are the first limit shaft sleeve 5 and the second limit shaft sleeve 6, and in first limit shaft sleeve 5 and second limit shaft sleeve of the installation on montant 1
Position between 6 is rotatably socketed with movable axle sleeve 7, and transverse support bar leading portion is fixedly connected on movable axle sleeve 7.
In this way, the angle of telescoping mechanism can be adjusted, telescoping mechanism can be adjusted according to fabricating yard, energy
Enough so that scaffold adapts to different place demands.
In this specific embodiment, also it is connected between the activity axle sleeve 7 and telescoping mechanism by skewed horizontal load bar 9；
One end of skewed horizontal load bar 9 has been arranged at intervals multiple connecting holes along its length and one of connecting hole passes through bolt and work
The connecting portion that moving axis set 7 has is connected, and the other end and the telescoping mechanism of skewed horizontal load bar 9 are articulated and connected.
In this way, it is connected by the connecting hole for making skewed horizontal load bar different with the connecting portion that movable axis set has so that oblique
Supporting rod in the horizontal plane have different length projection so that between telescoping mechanism and installation montant have it is different away from
From；Support is enabled to more to stablize, telescoping mechanism stress causes entire scaffold to adapt to different peaces while more reasonable
Occasion is filled, there is stronger applicability.
In this specific embodiment, the telescoping mechanism includes vertically arranged long nut 10,10 periphery of long nut
What the lower end and upper end of wall were corresponding in turn to is fixedly linked with transverse support bar 8 and skewed horizontal load bar 9, and the long nut 10 is also
It is threadedly coupled with vertically arranged screw rod 11, the maximum length that the lower end surface of the screw rod 11 can stretch out exists beyond idler wheel 4
Vertical outermost outer circumference surface.
In this way, telescoping mechanism is simple and reliable for structure and is conveniently operated, can have using the mode of threaded connection and facilitate tune
The advantages of whole screw rod extension elongation, when in use, facilitates scaffold leveling.
In this specific embodiment, cushion block 12 made from rubber material are fixedly connected in the lower end of screw rod 11.
In such manner, it is possible to play the role of protecting screw rod, meanwhile, cushion block is set, contact area is enabled to increase, after installation
More stablize.
In this specific embodiment, horizontally disposed rotating bar 13 is fixedly connected in the upper end of screw rod 11.
The extension elongation of screw rod is adjusted in this way, convenient, during adjustment, more Portable power saving.
In this specific embodiment, first limit shaft sleeve 5 is located at 6 top of the second limit shaft sleeve, in movable axis
The upper end of set 7 is vertically provided with the first rectangular notch 14 set through 7 wall thickness of movable axle sleeve, and first rectangular notch 14
Upper end in open architecture, first rectangular notch 14 is located at the one side being connected with transverse support bar 8 on movable axle sleeve 7；
The first rectangular cam 15 is vertically provided in the lower face of the first limit shaft sleeve 5, it is wide that first rectangular cam 15 is located at frame body
The outside in direction is spent, and the first rectangular cam 15 can be engaged by clamping with the first rectangular notch 14.
In this way, mutually the first rectangular cam of sum is matched somebody with somebody in clamping and the first rectangular notch can be to telescoping mechanism in the horizontal plane
Rotation positioned, and position of the telescoping mechanism after being positioned is in the maximum position in interval of telescoping mechanism and frame body
It puts, telescoping mechanism is now in optimal installation site so that it is maximum with effective mounting area of mounting surface after scaffold installation,
Scaffold is more stablized at this time, is not susceptible to topple, use is safer.Also, by the way of convex block and notch cooperation, tool
Have simple and compact for structure, be clamped the advantages of reliable.
In this specific embodiment, the second rectangular notch 16, second rectangle are additionally provided in the lower end of movable axle sleeve 7
The lower end of notch 16 is in open architecture, and the first rectangular notch 14 and the second rectangular notch 16 are set in mirror image each other；Second
The second rectangular cam 17 is provided on limit shaft sleeve 6, and first rectangular cam 15 and second rectangular cam 17 are in mutual
Centered on be symmetrical arranged, and second rectangular notch 16 and second rectangular cam 17 can be engaged by clamping.
In this way, mutually the second rectangular notch of sum is matched somebody with somebody in clamping and the second rectangular cam can be to telescoping mechanism in the horizontal plane
Rotation positioned, and position of the telescoping mechanism after being positioned be in telescoping mechanism gathering position, by telescoping mechanism
It collapses with that in frame body, can have the advantages of occupying little space, facilitating carrying.
In this specific embodiment, the outer end of the transverse support bar 8 and the outer end of skewed horizontal load bar 9 are in vertical direction
On be set in distance, and transverse support bar 8, skewed horizontal load bar 9, movable axle sleeve 7 and telescoping mechanism are integrally in a rectangular trapezoid.
In this way, transverse support bar, skewed horizontal load bar, the stress of movable axle sleeve and telescoping mechanism are more reasonable, each component
Between stability it is more preferable.
In this specific embodiment, the outer end of the skewed horizontal load bar 9 is tilted down setting.
In this way, skewed horizontal load bar stress is more reasonable, support effect is more preferable.
In this specific embodiment, two longitudinally spaced installations on frame body are with being additionally provided with cat ladder 18 between montant 1
It is climbed for operating personnel, the upper end of cat ladder 18 is connected with the work layer 3, and the cat ladder 18 is located at the inside of frame body.
In this way, be conveniently operated personnel enters work layer by the cat ladder of setting, and cat ladder is arranged on the inside of frame body,
The advantages of reducing entire scaffold spatial volume can be played.
In this specific embodiment, ladder guardrails 19 are additionally provided in the upper position of 18 vertical direction of cat ladder.
In this way, setting ladder guardrails, the purpose of protection operating personnel can be played.
Claims (10)
1. a kind of support construction of scaffold, including the installation montant for being used to set up used in scaffold frame body（1）And telescopic machine
Structure, which is characterized in that in installation montant（1）Lower part be connected to the first /V with the axially spaced-apart and fixing sleeve of montant along installation
Axle sleeve（5）With the second limit shaft sleeve（6）, and in installation montant（1）On the first limit shaft sleeve（5）With the second limit shaft sleeve
（6）Between position be rotatably socketed with movable axle sleeve（7）, the telescoping mechanism further includes a superposed fixation
End, fixing end are fixedly connected on movable axle sleeve（7）On.
2. a kind of support construction of scaffold as described in claim 1, which is characterized in that fixing end passes through transverse support bar
（8）It is fixedly connected on movable axle sleeve（7）On, and the transverse support bar（8）Including be in slidably telescopic design with activity
Axle sleeve（7）Connected transverse support bar leading portion and the transverse support bar back segment being connected with telescoping mechanism.
A kind of 3. support construction of scaffold as claimed in claim 2, which is characterized in that the activity axle sleeve（7）With stretching
Also pass through skewed horizontal load bar between mechanism（9）It is connected；In skewed horizontal load bar（9）One end be arranged at intervals along its length it is more
A connecting hole and one of connecting hole pass through bolt and activity axle sleeve（7）The connecting portion having is connected, skewed horizontal load bar（9）'s
The other end is articulated and connected with telescoping mechanism.
A kind of 4. support construction of scaffold as claimed in claim 3, which is characterized in that the transverse support bar（8）It is outer
End and skewed horizontal load bar（9）Outer end be set in distance in the vertical direction, and transverse support bar（8）, skewed horizontal load bar
（9）, movable axle sleeve（7）And telescoping mechanism is integrally in a rectangular trapezoid.
A kind of 5. support construction of scaffold as claimed in claim 4, which is characterized in that the skewed horizontal load bar（9）It is outer
Hold the setting that is tilted down.
6. a kind of support construction of scaffold as claimed in claim 3, which is characterized in that the telescoping mechanism includes vertically setting
The long nut put（10）, the long nut（10）The lower end and upper end of periphery wall are corresponding in turn to and transverse support bar（8）With it is oblique
To supporting rod（9）It is fixedly linked, and the long nut（10）Also with vertically arranged screw rod（11）It is threadedly coupled, the screw rod
（11）The maximum length that can stretch out of lower end surface exceed idler wheel（4）In vertical outermost outer circumference surface.
7. a kind of support construction of scaffold as claimed in claim 6, which is characterized in that in screw rod（11）Lower end fix connect
It is connected to cushion block made from rubber material（12）.
8. a kind of support construction of scaffold as claimed in claim 7, which is characterized in that in screw rod（11）Upper end fix connect
It is connected to horizontally disposed rotating bar（13）.
A kind of 9. support construction of scaffold as described in claim 1, which is characterized in that first limit shaft sleeve（5）Position
In second limit shaft sleeve（6）Top, in movable axle sleeve（7）Upper end be vertically provided with through movable axle sleeve（7）Wall thickness is set
The first rectangular notch put（14）, and first rectangular notch（14）Upper end in open architecture, first rectangular notch
（14）Positioned at movable axle sleeve（7）On and transverse support bar（8）Connected one side；In the first limit shaft sleeve（5）Lower end towards
It is arranged with the first rectangular cam（15）, first rectangular cam（15）Positioned at the outside of frame body width, and first
Rectangular cam（15）With the first rectangular notch（14）It can be engaged by clamping.
10. a kind of support construction of scaffold as claimed in claim 9, which is characterized in that in movable axle sleeve（7）Lower end also
It is provided with the second rectangular notch（16）, second rectangular notch（16）Lower end in open architecture, and the first rectangular notch
（14）With the second rectangular notch（16）It is set in mirror image each other；In the second limit shaft sleeve（6）On be provided with the second rectangular cam
（17）, and first rectangular cam（15）With second rectangular cam（17）In center symmetric setting each other, and it is described
Second rectangular notch（16）With second rectangular cam（17）It can be engaged by clamping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721384245.4U CN207377077U (en) | 2017-10-25 | 2017-10-25 | A kind of support construction of scaffold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721384245.4U CN207377077U (en) | 2017-10-25 | 2017-10-25 | A kind of support construction of scaffold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207377077U true CN207377077U (en) | 2018-05-18 |
Family
ID=62336174
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721384245.4U Active CN207377077U (en) | 2017-10-25 | 2017-10-25 | A kind of support construction of scaffold |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207377077U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111827647A (en) * | 2020-09-21 | 2020-10-27 | 山东工商学院 | High scaffold frame for construction of security |
| CN115075543A (en) * | 2022-06-30 | 2022-09-20 | 中冶建工集团有限公司 | Adjustable outer scaffold throws and props device |
| CN115584845A (en) * | 2022-11-11 | 2023-01-10 | 中国十七冶集团有限公司 | Novel movable scaffold for construction and use method thereof |
-
2017
- 2017-10-25 CN CN201721384245.4U patent/CN207377077U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111827647A (en) * | 2020-09-21 | 2020-10-27 | 山东工商学院 | High scaffold frame for construction of security |
| CN115075543A (en) * | 2022-06-30 | 2022-09-20 | 中冶建工集团有限公司 | Adjustable outer scaffold throws and props device |
| CN115584845A (en) * | 2022-11-11 | 2023-01-10 | 中国十七冶集团有限公司 | Novel movable scaffold for construction and use method thereof |
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