CN209075909U - Aerial work safety belt suspension arrangement - Google Patents
Aerial work safety belt suspension arrangement Download PDFInfo
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- CN209075909U CN209075909U CN201821515946.1U CN201821515946U CN209075909U CN 209075909 U CN209075909 U CN 209075909U CN 201821515946 U CN201821515946 U CN 201821515946U CN 209075909 U CN209075909 U CN 209075909U
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- wirerope
- capstan winch
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Abstract
The utility model relates to high altitude operation technical fields, it is a kind of aerial work safety belt suspension arrangement, the left pedestal and Right socle being spaced apart including left column, right column, wirerope and left and right, left pedestal is equipped with vertical left column, Right socle is equipped with vertical right column, the upper end of left column and the left end of wirerope are fixedly installed togather, and right end and the right column upper end of wirerope link together.The utility model reasonable and compact in structure, is skillfully constructed, and by the way that left pedestal and Right socle are placed into container two sides different location, avoids the limitation of position caused by the size because of container, and can enhance stability when using；Height is adjusted by left elevating lever and right elevating lever, avoids the altitudinal belt because of container from carrying out the limitation of height, to can be carried out high altitude operation under different height；Wirerope is tightened by tightening capstan winch, avoid because position limitation cause wirerope using when can not tighten, have the characteristics that safe and stable and reliable.
Description
Technical field
The utility model relates to high altitude operation technical fields, are a kind of aerial work safety belt suspension arrangements.
Background technique
Currently, high altitude operation never obtains effective solution there are serious safety problem on container, this is peace
The maximum security risk produced entirely.Safety belt is most effective guarantee in high altitude operation in safety in production, and safety belt is at this time
Be is the life of an operating staff, and various adverse consequences will be occurred by being slightly neglected.The use of safety belt will have strictly
Specification, safety belt suspension it is solid and reliable be ensure life security the most important thing, also have individual persons in the construction process
Serious consequence is caused due to hanging lack of standardization because using of seat belts.When container high altitude operation, frequently with safety belt hang dress
There are three types of setting；One is on workshop column installation suspension boom, this suspension arrangement domain of walk is limited, but make simply at
This is low, is suitable for use in being fixedly welded position；The second is gantry frame type suspension arrangement, but production is complicated at high cost, and use scope has office
It is sex-limited, it is desirable that various container diameter differences are suitable for use in standardised container production within half meter, and container diameter same batch is raw
It produces；The third is scaffold formula suspension arrangement, use scope is single, and every turret vessel will take, it is time-consuming and laborious to tear scaffold open.Above three
Kind suspension arrangement is unsuitable for producing nonstandard pressure vessel.
Summary of the invention
The utility model provides a kind of aerial work safety belt suspension arrangement, overcomes the defects of the prior art,
When it can effectively solve high altitude operation on existing progress container, setting safety belt suspension device process is complicated, and there are limitations
The problem of.
The technical solution of the utility model is realized by following measures: a kind of aerial work safety belt suspension dress
It sets, including left pedestal and Right socle that left column, right column, wirerope and left and right are spaced apart, left pedestal is equipped with vertical
Left column, Right socle is equipped with vertical right column, and the upper end of left column and the left end of wirerope be fixedly installed togather, steel
The right end of cord links together with right column upper end, and right column, which is equipped with, can make wirerope tight between left column and right column
Taut tightening device, left column, which is equipped with, to be avoided after left column stress to right-oblique left anti-deflection device.
Here is the further optimization and/or improvements to above-mentioned utility model technical solution:
Above-mentioned tightening device may include fixed pulley and tighten capstan winch, and right column upper end is fixedly installed with fixed pulley, right column
Lower part, which is equipped with, tightens capstan winch, and the right end of wirerope is fixedly installed togather by fixed pulley with capstan winch is tightened.
Above-mentioned left anti-deflection device may include left anti-bias capstan winch and left anti-bias rope, on the left pedestal of corresponding left column left location
Equipped with left anti-bias capstan winch, the upper end of left anti-bias rope is fixedly installed togather with left column top, and the lower end and a left side of left anti-bias rope are anti-
Inclined capstan winch is fixedly installed togather.
Above-mentioned left column may include the left mounting rod and left elevating lever being from top to bottom successively fixedly installed togather, left pedestal
Right part upper end is fixedly installed with left elevating lever, and left mounting rod left side and the upper end of left anti-bias rope are fixedly installed togather, left installation
It is fixedly installed togather on the right side of bar with the left end of wirerope；Right column includes the right peace being from top to bottom successively fixedly installed togather
Dress bar and right elevating lever, Right socle left part upper end are fixedly installed with right elevating lever, and right mounting rod upper end is fixedly installed with fixed pulley,
Right fixed link right side central, which is fixedly installed with, tightens capstan winch.
Above-mentioned left elevating lever may include at least two encasement tubes being successively set in together from the inside to the outside, outside each encasement tube
Side is distributed at least two groups hole group along the vertical direction, and every group of Kong Zujun includes two symmetrical limit holes in front and back, and every two
It passes through corresponding limit hole by spacer pin between adjacent encasement tube to be mounted together, left elevating lever and right elevating lever
Structure is identical.
Righting land can be equipped on the outside of the encasement tube of position between the neighbouring limit hole of above-mentioned corresponding every two.
It can be equipped on above-mentioned right column after avoiding right column stress to left-oblique right anti-deflection device, right anti-deflection device includes
Right anti-bias capstan winch and right anti-bias rope, the Right socle of corresponding right fixed link right position are equipped with right anti-bias capstan winch, under right mounting rod
Upper end on the right side of portion with right anti-bias rope is fixedly installed togather, and the lower end of right anti-bias rope and right anti-bias capstan winch are fixedly mounted on one
It rises.
Support rod can be equipped on the right side of above-mentioned left column and on the left of right column.
The upper surface of above-mentioned left pedestal and the upper surface of Right socle can be equipped with lifting lug.
The utility model reasonable and compact in structure, is skillfully constructed, by the way that left pedestal and Right socle are placed into container two sides
Different location, avoids the limitation of position caused by the size because of container, and can enhance stability when using；Pass through left elevating lever
Height is adjusted with right elevating lever, avoids the altitudinal belt because of container from carrying out the limitation of height, to can be carried out under different height
High altitude operation；Wirerope is tightened by tightening capstan winch, is avoided because the limitation of position can not stretch tight when wirerope being caused to use
Tightly；Left column is prevented to be tilted to the right by left anti-bias capstan winch, and the right anti-bias capstan winch of setting prevents right column to be tilted to the left；Pass through
Support rod is set, problem generation that can not be close because being equipped with adapter tube or container attachment at the end socket of container left and right ends is avoided；Pass through
Setting lifting lug facilitates left pedestal and Right socle to sling by crane, has the characteristics that safe and stable and reliable.
Detailed description of the invention
Attached drawing 1 is the main view broken section structural schematic diagram of the best embodiment of the utility model.
Coding in attached drawing is respectively as follows: 1 for left pedestal, and 2 be Right socle, and 3 be wirerope, and 4 be fixed pulley, and 5 be to tighten strand
Disk, 6 be left anti-bias capstan winch, and 7 be left anti-bias rope, and 8 be left mounting rod, and 9 be encasement tube, and 10 be right mounting rod, and 11 be limit hole, 12
It is righting land for lifting lug, 13,14 be support rod, and 15 be right anti-bias capstan winch, and 16 be right anti-bias rope.
Specific embodiment
The utility model is not limited by following embodiments, can technical solution according to the present utility model and actual conditions
Determine specific embodiment.
In the present invention, for ease of description, the description of the relative positional relationship of each component is according to specification
The Butut mode of attached drawing 1 is described, such as: front, rear, top, and bottom, left and right positional relationship be according to Figure of description
Butut direction determine.
The utility model is further described below with reference to examples and drawings:
As shown in Fig. 1, which includes left column, right column, wirerope 3 and left and right
The left pedestal 1 and Right socle 2 being spaced apart, left pedestal 1 are equipped with vertical left column, and Right socle 2 is vertical equipped with the vertical right side
Column, the upper end of left column and the left end of wirerope 3 are fixedly installed togather, and right end and the right column upper end of wirerope 3 are connected to
Together, right column is equipped with the tightening device that wirerope 3 can be made tight between left column and right column, and left column is equipped with and keeps away
Exempt from after left column stress to right-oblique left anti-deflection device.According to demand, left column and right column can use conventionally known
Steel column can avoid the altitudinal belt because of container from carrying out the limitation of height by the steel column of several groups of different lengths of setting,
To can be carried out high altitude operation under different height；In addition, left column and right column can also directly adopt existing well-known technique
In with Telescopic elevating lever, the limitation of height can be equally carried out to avoid the altitudinal belt because of container, makes the utility model
It can be carried out high altitude operation under different height.It is needing to carry out on container before high altitude operation, is passing through the container of different size
Highly, after the length for selecting or regulating left column and right column, left column is mounted on left pedestal 1, right column is mounted on
It, can be first by a left side for state in a vertical shape at this time in order to facilitate installing and dismounting and adjusting of the utility model on ground on Right socle 2
Column and right column overturning are in a horizontal state, and then install wirerope 3, tightening device and left anti-deflection device in corresponding position,
Left pedestal 1 and Right socle 2 are hung to position caused by avoiding the size because of container to the left and right sides of container respectively by crane
Limitation, and it is located at wirerope 3 above container, wirerope 3 is tightened by tightening device, since tightening device is tightening steel
During cord 3, a pulling force to the right is generated to left column upper end, to generate one to the left by left anti-deflection device
Pulling force, therefore two pulling force mutually balance, and so that left column is kept vertical state, left column is avoided to tighten steel wire in tightening device
It is tilted to the right during rope 3, at this time before in order to facilitate the utility model in installing and dismounting and the adjusting on ground and in water
The left column and right column of level state, overturning is adjusted to original state during crane hangs left pedestal 1 and Right socle 2, i.e.,
Straight up；In high altitude operation on carrying out container, staff is by the way that safety belt to be suspended on wirerope 3, to pass through
The completion high altitude operation of the utility model safety.The utility model reasonable and compact in structure, is skillfully constructed, by being arranged left base
Seat 1 and Right socle 2 are placed into container two sides different location, avoid the limitation of position caused by the size because of container, and can enhance
Stability when use；By using different size or the left column and right column of adjustment height, the height because of container is avoided
The limitation of height is brought, to can be carried out high altitude operation under different height；Wirerope 3 is tightened by tightening device,
It avoids because the limitation of position causes wirerope 3 that can not tighten when using；Avoid left column to Right deviation by left anti-deflection device
Tiltedly, have the characteristics that safe and stable and reliable.
Above-mentioned aerial work safety belt suspension arrangement can be made further optimization and/or improvements according to actual needs:
As shown in Fig. 1, tightening device includes fixed pulley 4 and tightens capstan winch 5, and right column upper end is fixedly installed with fixed pulley
4, right column lower part, which is equipped with, tightens capstan winch 5, and the right end of wirerope 3 is fixedly installed togather by fixed pulley 4 with capstan winch 5 is tightened.
In use process, setting in this way adjusts left column convenient for the difference for the position put according to left pedestal 1 and Right socle 2
The length of wirerope 3 between right column, and can be in the tensioned state using preceding realization wirerope 3, to make the utility model
It is more reliable and more stable in use.According to demand, it tightens capstan winch 5 and conventionally known technology can be used in fixed pulley 4, separately
Outside, 4 middle part of fixed pulley is circumferentially equipped with limiting slot, and wirerope 3 is mounted in limiting slot, can be equipped on the outside of 4 upper right quarter of fixed pulley
Anticreep baffle avoids wirerope 3 from slipping out of limiting slot.
As shown in Fig. 1, left anti-deflection device includes the anti-bias rope 7 of left anti-bias capstan winch 6 and a left side, corresponding left column left location
Left pedestal 1 is equipped with left anti-bias capstan winch 6, and the upper end of left anti-bias rope 7 is fixedly installed togather with left column top, left anti-bias rope 7
Lower end be fixedly installed togather with left anti-bias capstan winch 6.Setting in this way can make the utility model in use,
It is more stable, left anti-bias rope 7 is tensed by left anti-bias capstan winch 6, left anti-bias 7 pairs of left column upper ends of rope is made to generate a drawing to the left
Power, thus the pulling force to the right that balance rope 3 generates after tightening.According to demand, left anti-bias capstan winch 6 can be used conventionally known
Technology.
As shown in Fig. 1, left column includes the left mounting rod 8 being from top to bottom successively fixedly installed togather and left lifting
Bar, left 1 right part upper end of pedestal are fixedly installed with left elevating lever, and left 8 left side of mounting rod and the upper end of left anti-bias rope 7 are fixedly mounted on
Together, left 8 right side of mounting rod and the left end of wirerope 3 are fixedly installed togather；Right column includes successively fixed from top to bottom pacifies
The right mounting rod 10 and right elevating lever being fitted together, 2 left part upper end of Right socle are fixedly installed with right elevating lever, on right mounting rod 10
End is fixedly installed with fixed pulley 4, and right fixed link right side central, which is fixedly installed with, tightens capstan winch 5.In use, left elevating lever
Can be directlyed adopt according to actual needs with right elevating lever in existing well-known technique with Telescopic elevating lever, thus avoid because
The altitudinal belt of container carrys out the limitation of height, is that the utility model can be carried out high altitude operation under different height.
As shown in Fig. 1, left elevating lever includes at least two encasement tubes 9 being successively set in together from the inside to the outside, each
At least two groups hole group is distributed in 9 outside of encasement tube along the vertical direction, and every group of Kong Zujun includes two symmetrical limits in front and back
Position hole 11 passes through corresponding limit hole 11 by spacer pin between every two adjacent encasement tubes 9 and is mounted together；Zuo Sheng
It is identical with right lifting rod structure that bar is dropped.In use, it is adjusted in this way convenient for left elevating lever and right elevating lever
Different height.In addition, left mounting rod 8 is wholely set with being located at most interior 9 upper end of encasement tube of left elevating lever and can be used, right installation
Encasement tube 9 upper end most interior with right elevating lever is located at of bar 10, which can be used, to be wholely set.
As shown in Fig. 1, it is equipped with and helps on the outside of the encasement tube 9 of position between the neighbouring limit hole 11 of corresponding every two
Positive land 13.In use process, setting in this way can be to avoid two adjacent encasement tubes 9, due to being located at the set of inside
The outer diameter of tubulature 9 is less than the internal diameter of the encasement tube 9 positioned at outside, so that the encasement tube 9 for being located inside can be in the set for being located at outside
Weak vibrations in tubulature 9, thus unstable.In addition, adjacent two encasement tubes 9 company can also be enhanced by the way that righting land 13 is arranged
Connect the intensity at place.According to demand, in addition to other existing well-known techniques also can be used in righting land 13, such as in the outer lateral edge of encasement tube 9
It is evenly distributed in the reinforcing rib of three vertical directions, the position of reinforcing rib can interlock with limit hole 11, be conducive to processing, and be avoided that
Interference.
As shown in Fig. 1, right column, which is equipped with, avoids after right column stress to left-oblique right anti-deflection device, right anti-bias dress
It sets including right anti-bias capstan winch 15 and right anti-bias rope 16, the Right socle 2 of corresponding right fixed link right position is equipped with right anti-bias capstan winch
15, right 10 lower part of mounting rod right side and the upper end of right anti-bias rope 16 are fixedly installed togather, and the lower end and the right side of right anti-bias rope 16 are anti-
Inclined capstan winch 15 is fixedly installed togather.In use process, after being suspended on wirerope 3 due to staff by safety belt, by
A pulling force to the left can be generated to right mounting rod 10 in the gravity that the equipment tool of staff and its carrying generates, pass through the right side
Anti-bias capstan winch 15 tenses right anti-bias rope 16, so that the right anti-bias right mounting rod 10 of 16 pairs of rope is generated a pulling force to the right, to balance
Pulling force to the left.According to demand, conventionally known technology can be used in right anti-bias capstan winch 15.
As shown in Fig. 1, support rod 14 is equipped on the right side of left column and on the left of right column.By the way that support rod 14 is arranged, keep away
Exempt from crane to during the hanging of left pedestal 1 and Right socle 2, because being equipped with adapter tube or container attachment at the end socket of container left and right ends,
So that left column and right column can not cause the utility model unstable in use close to the end socket of container left and right ends
The problem of.
As shown in Fig. 1, the upper surface of left pedestal 1 and the upper surface of Right socle 2 are equipped with lifting lug 12.Practical using this
Before novel, by the way that lifting lug 12 is arranged, left pedestal 1 and Right socle 2 are sling convenient for crane.
The above technical characteristic constitutes the most preferred embodiment of the utility model, with stronger adaptability and best implementation
Effect can increase and decrease non-essential technical characteristic, according to actual needs to meet the needs of different situations.
Claims (10)
1. a kind of aerial work safety belt suspension arrangement, it is characterised in that including left column, right column, wirerope and between left and right
Every the left pedestal and Right socle of distribution, left pedestal is equipped with vertical left column, and Right socle is equipped with vertical right column, Zuo Li
The upper end of column and the left end of wirerope are fixedly installed togather, and right end and the right column upper end of wirerope link together, and the right side is vertical
Column be equipped with wirerope can be made tight between left column and right column tightening device, left column be equipped with avoid left column by
To right-oblique left anti-deflection device after power.
2. aerial work safety belt suspension arrangement according to claim 1, it is characterised in that tightening device includes fixed pulley
With tighten capstan winch, right column upper end is fixedly installed with fixed pulley, and right column lower part is equipped with and tightens capstan winch, and the right end of wirerope passes through
Fixed pulley is fixedly installed togather with capstan winch is tightened.
3. aerial work safety belt suspension arrangement according to claim 1 or 2, it is characterised in that left anti-deflection device includes a left side
Anti-bias capstan winch and left anti-bias rope, the left pedestal of corresponding left column left location are equipped with left anti-bias capstan winch, the upper end of left anti-bias rope
It is fixedly installed togather with left column top, the lower end of left anti-bias rope is fixedly installed togather with left anti-bias capstan winch.
4. aerial work safety belt suspension arrangement according to claim 3, it is characterised in that left column includes from top to bottom
The left mounting rod and left elevating lever being successively fixedly installed togather, left pedestal right part upper end are fixedly installed with left elevating lever, Zuo An
Upper end on the left of dress bar with left anti-bias rope is fixedly installed togather, and is fixedly mounted on one with the left end of wirerope on the right side of left mounting rod
It rises；Right column includes the right mounting rod and right elevating lever being from top to bottom successively fixedly installed togather, and Right socle left part upper end is solid
Dingan County is equipped with right elevating lever, and right mounting rod upper end is fixedly installed with fixed pulley, and right fixed link right side central, which is fixedly installed with, to be tightened
Capstan winch.
5. aerial work safety belt suspension arrangement according to claim 4, it is characterised in that left elevating lever includes at least two
At least two groups hole is distributed in a encasement tube being successively set in together from the inside to the outside, each encasement tube outside along the vertical direction
Group, every group of Kong Zujun include two symmetrical limit holes in front and back, are worn by spacer pin between every two adjacent encasement tubes
Corresponding limit hole is crossed to be mounted together；Left elevating lever is identical with right lifting rod structure.
6. aerial work safety belt suspension arrangement according to claim 5, it is characterised in that corresponding every two is neighbouring
Limit hole between position encasement tube on the outside of be equipped with righting land.
7. according to aerial work safety belt suspension arrangement described in claim 4 or 5 or 6, it is characterised in that right column is equipped with
It avoids to left-oblique right anti-deflection device after right column stress, right anti-deflection device includes right anti-bias capstan winch and right anti-bias rope, corresponding
The Right socle of right fixed link right position is equipped with right anti-bias capstan winch, and right mounting rod lower part right side and the upper end of right anti-bias rope are fixed
It is installed together, the lower end of right anti-bias rope is fixedly installed togather with right anti-bias capstan winch.
8. aerial work safety belt suspension arrangement described according to claim 1 or 2 or 4 or 5 or 6, it is characterised in that left column
Support rod is equipped on the left of right side and right column；Or/and the upper surface of left pedestal and the upper surface of Right socle are equipped with lifting lug.
9. aerial work safety belt suspension arrangement according to claim 3, it is characterised in that left column right side and right column
Left side is equipped with support rod；Or/and the upper surface of left pedestal and the upper surface of Right socle are equipped with lifting lug.
10. aerial work safety belt suspension arrangement according to claim 7, it is characterised in that left column right side and right column
Left side is equipped with support rod；Or/and the upper surface of left pedestal and the upper surface of Right socle are equipped with lifting lug.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821515946.1U CN209075909U (en) | 2018-09-17 | 2018-09-17 | Aerial work safety belt suspension arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821515946.1U CN209075909U (en) | 2018-09-17 | 2018-09-17 | Aerial work safety belt suspension arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209075909U true CN209075909U (en) | 2019-07-09 |
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ID=67116751
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821515946.1U Active CN209075909U (en) | 2018-09-17 | 2018-09-17 | Aerial work safety belt suspension arrangement |
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| Country | Link |
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| CN (1) | CN209075909U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110535065A (en) * | 2019-09-25 | 2019-12-03 | 贵州电网有限责任公司 | A kind of temporary grounding line hanging device |
| KR102638747B1 (en) * | 2023-05-03 | 2024-02-20 | 주식회사 이에스시스템 | Horizontal Fall Prevention Device For Hoists |
-
2018
- 2018-09-17 CN CN201821515946.1U patent/CN209075909U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110535065A (en) * | 2019-09-25 | 2019-12-03 | 贵州电网有限责任公司 | A kind of temporary grounding line hanging device |
| KR102638747B1 (en) * | 2023-05-03 | 2024-02-20 | 주식회사 이에스시스템 | Horizontal Fall Prevention Device For Hoists |
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Effective date of registration: 20210207 Address after: Xinjiang Tianwei Nondestructive Testing Co., Ltd., No.8 Tahe Road, Karamay District, Karamay City, Xinjiang Uygur Autonomous Region 834000 Patentee after: XINJIANG TIANWEI NONDESTRUCTIVE TESTING Co.,Ltd. Address before: No. 834000, friendship building, Karamay, Xinjiang Uygur Autonomous Region Patentee before: CNPC (XINJIANG) PETROLEUM ENGINEERING Co.,Ltd. |