CN204529093U - Nothing in the lifting of drilling ship life building unloads button hanging beam - Google Patents
Nothing in the lifting of drilling ship life building unloads button hanging beam Download PDFInfo
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- CN204529093U CN204529093U CN201420854720.XU CN201420854720U CN204529093U CN 204529093 U CN204529093 U CN 204529093U CN 201420854720 U CN201420854720 U CN 201420854720U CN 204529093 U CN204529093 U CN 204529093U
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Abstract
Nothing in the lifting of drilling ship life building unloads button hanging beam, the central sill pipe of horizontal arrangement in the same way top and bottom is fixedly connected with T frame and lower T frame respectively, and coaxially connect a pipe nipple respectively at central sill pipe two ends, on these two pipe nipples, a lower lanyard pipe is fixed in horizontal square crossing respectively, on pipe nipple top, vertical fixed end founds support plate vertically simultaneously, lanyard pipe on one is fixed in the vertical support plate upper lateral square crossing of end, ensure often to organize each suspension centre uniform force under suspension hook, avoid that hanging beam occurs to rotate, lifting rope is caused to come off, meet and hang the large Structural strength calls of the heavy span of thing, cancel a large amount of shackles, version is simply exquisite, increase the actual load-carrying ability of crane barge.
Description
Technical field
The utility model relates to the installation and transportation apparatus of ocean engineering facility, and the nothing especially in the lifting of drilling ship life building unloads button hanging beam.
Background technology
The life building module whole hoisting technology of drilling ship is widely adopted.Usually utilize 2000 tonnes of crane barges to lift, be wherein difficult to overcome life building module size large, the unfavorable factor that structure is weak, although, hanging beam is used to carry out module hoisting or commonplace at home and abroad, but the nearly 1800 tons of weights of lifting weight, and the lifting case that suspension centre span reaches 30 meters does not also have.One of its reason comprises, and the connection mode of lifting rope and hanging beam is substantially all connected by buckle, and increases the work capacity of extra joining shackle, reduces production efficiency, meanwhile, adds hoisting cost.
Utility model content
The purpose of this utility model be to provide in the lifting of a kind of drilling ship life building without unloading button hanging beam, ensure often to organize each suspension centre uniform force under suspension hook, avoid that hanging beam occurs and rotate, cause lifting rope to come off.
The purpose of this utility model will be realized by following technical measures: comprise the vertical support plate of central sill pipe, upper T frame, lower T frame, pipe nipple, upper lanyard pipe, lower lanyard pipe, end hanger and end; The central sill pipe of horizontal arrangement in the same way top and bottom is fixedly connected with T frame and lower T frame respectively, and coaxially connect a pipe nipple respectively at central sill pipe two ends, on these two pipe nipples, a lower lanyard pipe is fixed in horizontal square crossing respectively, on pipe nipple top, vertical fixed end founds support plate vertically simultaneously, lanyard pipe on one is fixed in the vertical support plate upper lateral square crossing of end, upper lanyard pipe axis is positioned at lower lanyard pipe axis in the inner side of the projection of horizontal surface in the projection of horizontal surface, fixed end hanger bottom lower lanyard pipe.
Especially, upper T frame and lower T frame comprise strip shape connected vertically flat board and strip shape riser two part respectively, it is vertically fixed on the T&B portion outer wall of central sill pipe respectively by bar shaped riser, and between central sill pipe and upper T frame, lower T frame, the uniform vertical welding in lateral separation fixes one group of reinforced rib.
Especially, upper lanyard pipe and the parallel installation of lower lanyard pipe, and it is respectively perpendicular to central sill pipe, end vertical support plate place plane is passed down through pipe nipple axis, and vertical support plate is monosymmetric vertically fixes a collateral frame plate respectively at end.
Especially, fan-shaped positioning plate is installed in the end of the outer wall on the downside of upper lanyard pipe and on the upside of lower lanyard pipe, and fixes reinforced rib outside fan-shaped positioning plate.
Especially, have arc gap groove on the upside of the vertical support plate of end, in the middle part of upper lanyard pipe, downside outer wall clip is welded in this arc gap groove.
Especially, there is deep-slotted chip breaker at the collateral frame plate two ends of strip shape respectively, and the arc frid edge of its upper end is to curving; Two collateral frame plate lower ends of two sides press from both sides respectively and are attached on pipe nipple two side, and the deep-slotted chip breaker of its lower end fixes respectively and is welded in lower lanyard pipe external wall of upper portion, two collateral frame plate upper ends of two sides are bending in opposite directions respectively installs fixing and is welded on the outer wall of lanyard pipe bottom.
Especially, axial support plate in vertical welding stationary pipes in upper lanyard pipe, and in upper lanyard pipe two external port, distinguish stationary pipes end casing, the inside pipe wall radial support plate of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate in upper lanyard pipe.
Especially, lower lanyard pipe comprises two sections that lay respectively at symmetrical two sides of pipe nipple, axial support plate in difference vertical welding stationary pipes in it, and in these two sections lower lanyard pipe two external port, distinguish stationary pipes end casing, the inside pipe wall radial support plate of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate in lower lanyard pipe.
Especially, axial support plate in vertical welding stationary pipes in pipe nipple, and stationary pipes end casing on its outer port, opposite side open-ended is also welded with central sill tube end, the inside pipe wall radial support plate of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate in pipe nipple.
Advantage of the present utility model and effect: reasonably design hanging beam version and Current Collector Sleave method of attachment, ensure often to organize each suspension centre uniform force under suspension hook, avoid that hanging beam occurs to rotate, lifting rope is caused to come off, meet and hang the large Structural strength calls of the heavy span of thing, cancel a large amount of shackles, version is simply exquisite, increases the actual load-carrying ability of crane barge.By rational lifting rope method of attachment, the work efficiency of saving of purchase cost and raising lifting.Easy to operate, lifting mobile accuracy can be controlled by actv., improve work efficiency, accelerate construction speed, economic security, be convenient to execute-in-place construction, tool wide popularization and application prospect.
Accompanying drawing explanation
Fig. 1 is the utility model embodiment 1 structural representation.
Fig. 2 is A-A cross section structure schematic diagram in Fig. 1.
Fig. 3 be in Fig. 1 left side L to structural representation.
Fig. 4 is upper lanyard end surfaces axial view in Fig. 3.
Fig. 5 is lower lanyard end surfaces axial view in Fig. 3.
Fig. 6 is the vertical plate structure schematic front view of Fig. 1 middle-end.
Fig. 7 is side stand plate structure schematic front view in Fig. 1.
Fig. 8 is the side-looking structural representation of Fig. 7.
Fig. 9 is the axial mounting structure schematic diagram of upper lanyard pipe in Fig. 1,2.
Figure 10 is the axial mounting structure schematic diagram of lower lanyard pipe in Fig. 1,2.
Figure 11 is the axial mounting structure schematic diagram of pipe nipple in Fig. 1,2.
Figure 12 is that the utility model embodiment 1 applies working state schematic representation in the lifting of drilling ship life building.
Reference numeral comprises: central sill pipe 1, upper T frame 2, lower T frame 3, pipe nipple 4, upper lanyard pipe 5, lower lanyard pipe 6, end hanger 7, end found support plate 8, fan-shaped positioning plate 9, reinforced rib 10, collateral frame plate 11, inner axial tube stay bearing plate 12, end cap 13, inside pipe wall radial support plate 14, drilling ship life building 15, transportation pontoon 16, hang ship 17, Current Collector Sleave 18.
Detailed description of the invention
The utility model principle is, take corresponding strengthening measure, improve the hanging beam using overlength, ensure that suspension centre does not have longitudinal oblique pull, and hoisting point position and overall construction intensity are analyzed, the requirement of lifting weight control is carried out to drilling ship life building, based on two gin pole four hook head structure of 2000 tons of crane barges, according to the version in drilling ship life building, optimize the stressed of suspension centre, and, do not affect existing life building version.
The utility model comprises: the vertical support plate 8 of central sill pipe 1, upper T frame 2, lower T frame 3, pipe nipple 4, upper lanyard pipe 5, lower lanyard pipe 6, end hanger 7 and end.
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment 1: as shown in Figure 1, the central sill pipe 1 of horizontal arrangement in the same way top and bottom is fixedly connected with T frame 2 and lower T frame 3 respectively, and coaxially connect a pipe nipple 4 respectively at central sill pipe 1 two ends, on these two pipe nipples 4, a lower lanyard pipe 6 is fixed in horizontal square crossing respectively, on pipe nipple 4 top, vertical fixed end founds support plate 8 vertically simultaneously, lanyard pipe 5 on one is fixed in the vertical support plate 8 upper lateral square crossing of end, upper lanyard pipe 5 axis is positioned at lower lanyard pipe 6 axis in the inner side of the projection of horizontal surface in the projection of horizontal surface, fixed end hanger 7 bottom lower lanyard pipe 6.
In aforementioned, as shown in Figure 2, upper T frame 2 and lower T frame 3 comprise strip shape connected vertically flat board and strip shape riser two part respectively, it is vertically fixed on the T&B portion outer wall of central sill pipe 1 respectively by bar shaped riser, and between central sill pipe 1 and upper T frame 2, lower T frame 3, the uniform vertical welding in lateral separation fixes one group of reinforced rib 10.
In aforementioned, as shown in accompanying drawing 3,4,5, upper lanyard pipe 5 and the parallel installation of lower lanyard pipe 6, and it is respectively perpendicular to central sill pipe 1, end vertical support plate 8 place plane is passed down through pipe nipple 4 axis, and vertical support plate 8 is monosymmetric vertically fixes a collateral frame plate 11 respectively at end.Fan-shaped positioning plate 9 is installed in the end of the outer wall on the downside of upper lanyard pipe 5 and on the upside of lower lanyard pipe 6, and fixes reinforced rib 10 outside fan-shaped positioning plate 9.Fan-shaped positioning plate 9 is in fan-like pattern.
In aforementioned, as shown in Figure 6, arc gap groove is had on the upside of the vertical support plate 8 of end.In the middle part of upper lanyard pipe 5, downside outer wall clip is welded in this arc gap groove.
In aforementioned, as shown in accompanying drawing 7,8, there is deep-slotted chip breaker at collateral frame plate 11 two ends of strip shape respectively, and the arc frid edge of its upper end is to curving.When mounted, two collateral frame plate 11 lower ends of two sides press from both sides respectively and are attached on pipe nipple 4 two side, and the deep-slotted chip breaker of its lower end fixes respectively and is welded in lower lanyard pipe 6 external wall of upper portion, two collateral frame plate 11 upper ends of two sides are bending in opposite directions respectively installs fixing and is welded on the outer wall of lanyard pipe 5 bottom.
In aforementioned, as shown in Figure 9, axial support plate 12 in vertical welding stationary pipes in upper lanyard pipe 5, and in upper lanyard pipe 5 two external port, distinguish stationary pipes end casing 13, the inside pipe wall radial support plate 14 of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate 12 in upper lanyard pipe 5.
In aforementioned, as shown in Figure 10, lower lanyard pipe 6 comprises two sections that lay respectively at symmetrical two sides of pipe nipple 4, axial support plate 12 in difference vertical welding stationary pipes in it, and in these two sections lower lanyard pipe 6 two external port, distinguish stationary pipes end casing 13, the inside pipe wall radial support plate 14 of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate 12 in lower lanyard pipe 6.
In aforementioned, as shown in Figure 11, axial support plate 12 in vertical welding stationary pipes in pipe nipple 4, and stationary pipes end casing 13 on its outer port, opposite side open-ended and with central sill pipe 1 welding edges, the inside pipe wall radial support plate 14 of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate 12 in pipe nipple 4.
The present embodiment overall length 29700mm, rated load 1000 tons, edge and lower T frame 3 basal spacing 1050mm on upper T frame 2, pipe nipple 4 length 1450mm external diameter 610mm, upper lanyard pipe 5 and lower lanyard pipe 6 external diameter 610mm internal diameter 530mm, the long 1200mm of upper lanyard pipe 5, the long 1400mm of lower lanyard pipe 6, the vertical long 1400mm of support plate 8 of end, fan-shaped positioning plate 9 height 100mm, the fixing reinforced rib 10 of fan-shaped positioning plate 9 outside spacers 20 °, central sill pipe 1 and upper T frame 2, laterally one group of reinforced rib 10 is fixed at interval of the uniform vertical welding of 1500mm between lower T frame 3, pipe nipple 4 outer face is apart from lower lanyard pipe 6 axis distance 600mm, between centers vertical projection distance 950mm in upper lanyard pipe 5 axis and lower lanyard pipe 6, between centers horizontal direction projection pitch 200mm in upper lanyard pipe 5 axis and lower lanyard pipe 6, namely lanyard pipe 6 is descended to be positioned at closer to pipe nipple 4 outer face, upper lanyard pipe 5 axis and between lower lanyard pipe 6 axis joint face and pipe nipple 4 axis place horizontal surface angle be 107 °, the wide 810mm of collateral frame plate 11, long 1174mm, collateral frame plate 11 upper end deep-slotted chip breaker opening 120 °.
In the present embodiment, make steel and adopt AH36, make inspection see " requirement of body section hanger Installation Technology " Q/DZY JS/S-001-2011.After hanging beam completion, accuracy requirement is straightness accuracy+3mm/-3mm.Upper lanyard pipe 5 axis and lower lanyard pipe 6 axis width between centers, squareness and levelness deviation are 2mm/-2mm.After hanging beam assembling terminates, the free edge contacted with Current Collector Sleave is polished smoothly, avoids damaging Current Collector Sleave in handling process.The pipe that all 40mm are thick, plate, do 100%UT flaw detection after welding, 100%UT flaw detection after 15mm pipe butt welding, other 100%MT flaw detections.Hanging beam after completion, is coated with 1 degree of shop primer, 1 degree of yellow finish paint.
During utility model works, as shown in Figure 12, when constructing, hanging ship 17 and being hanged the upper lanyard pipe 5 connecing the utility model hanging beam two ends by Current Collector Sleave 18 in below, below lower lanyard pipe 6, further hanging the drilling ship life building 15 on transportation pontoon 16 again.
Claims (9)
1. the nothing in the lifting of drilling ship life building unloads button hanging beam, comprises the vertical support plate of central sill pipe, upper T frame, lower T frame, pipe nipple, upper lanyard pipe, lower lanyard pipe, end hanger and end; It is characterized in that, the central sill pipe of horizontal arrangement in the same way top and bottom is fixedly connected with T frame and lower T frame respectively, and coaxially connect a pipe nipple respectively at central sill pipe two ends, on these two pipe nipples, a lower lanyard pipe is fixed in horizontal square crossing respectively, on pipe nipple top, vertical fixed end founds support plate vertically simultaneously, lanyard pipe on one is fixed in the vertical support plate upper lateral square crossing of end, upper lanyard pipe axis is positioned at lower lanyard pipe axis in the inner side of the projection of horizontal surface in the projection of horizontal surface, fixed end hanger bottom lower lanyard pipe.
2. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, it is characterized in that, upper T frame and lower T frame comprise strip shape connected vertically flat board and strip shape riser two part respectively, it is vertically fixed on the T&B portion outer wall of central sill pipe respectively by bar shaped riser, and between central sill pipe and upper T frame, lower T frame, the uniform vertical welding in lateral separation fixes one group of reinforced rib.
3. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, it is characterized in that, upper lanyard pipe and the parallel installation of lower lanyard pipe, and it is respectively perpendicular to central sill pipe, end vertical support plate place plane is passed down through pipe nipple axis, and vertical support plate is monosymmetric vertically fixes a collateral frame plate respectively at end.
4. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, and it is characterized in that, fan-shaped positioning plate is installed in the end of the outer wall on the downside of upper lanyard pipe and on the upside of lower lanyard pipe, and fixes reinforced rib outside fan-shaped positioning plate.
5. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, it is characterized in that, have arc gap groove on the upside of the vertical support plate of end, in the middle part of upper lanyard pipe, downside outer wall clip is welded in this arc gap groove.
6. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, and it is characterized in that, there is deep-slotted chip breaker at the collateral frame plate two ends of strip shape respectively, and the arc frid edge of its upper end is to curving; Two collateral frame plate lower ends of two sides press from both sides respectively and are attached on pipe nipple two side, and the deep-slotted chip breaker of its lower end fixes respectively and is welded in lower lanyard pipe external wall of upper portion, two collateral frame plate upper ends of two sides are bending in opposite directions respectively installs fixing and is welded on the outer wall of lanyard pipe bottom.
7. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, it is characterized in that, axial support plate in vertical welding stationary pipes in upper lanyard pipe, and in upper lanyard pipe two external port, distinguish stationary pipes end casing, the inside pipe wall radial support plate of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate in upper lanyard pipe.
8. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, it is characterized in that, lower lanyard pipe comprises two sections that lay respectively at symmetrical two sides of pipe nipple, axial support plate in difference vertical welding stationary pipes in it, and in these two sections lower lanyard pipe two external port, distinguish stationary pipes end casing, the inside pipe wall radial support plate of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate in lower lanyard pipe.
9. the nothing in drilling ship life building as claimed in claim 1 lifting unloads button hanging beam, it is characterized in that, axial support plate in vertical welding stationary pipes in pipe nipple, and stationary pipes end casing on its outer port, opposite side open-ended is also welded with central sill tube end, the inside pipe wall radial support plate of horizontal vertical welding fixed disc shape on the inner axial tube stay bearing plate in pipe nipple.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420854720.XU CN204529093U (en) | 2014-12-26 | 2014-12-26 | Nothing in the lifting of drilling ship life building unloads button hanging beam |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420854720.XU CN204529093U (en) | 2014-12-26 | 2014-12-26 | Nothing in the lifting of drilling ship life building unloads button hanging beam |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204529093U true CN204529093U (en) | 2015-08-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420854720.XU Active CN204529093U (en) | 2014-12-26 | 2014-12-26 | Nothing in the lifting of drilling ship life building unloads button hanging beam |
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| CN (1) | CN204529093U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107902613A (en) * | 2017-07-21 | 2018-04-13 | 南通振华重型装备制造有限公司 | One kind puts the turn of pipe winch and hoisting |
-
2014
- 2014-12-26 CN CN201420854720.XU patent/CN204529093U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107902613A (en) * | 2017-07-21 | 2018-04-13 | 南通振华重型装备制造有限公司 | One kind puts the turn of pipe winch and hoisting |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |