CN105712173B - A kind of multi-joint packing tank moduleization lifting and transport bracing means - Google Patents
A kind of multi-joint packing tank moduleization lifting and transport bracing means Download PDFInfo
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- CN105712173B CN105712173B CN201610278668.1A CN201610278668A CN105712173B CN 105712173 B CN105712173 B CN 105712173B CN 201610278668 A CN201610278668 A CN 201610278668A CN 105712173 B CN105712173 B CN 105712173B
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- section steel
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- packing case
- bracing means
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66C—CRANES; LOAD-ENGAGING ELEMENTS OR DEVICES FOR CRANES, CAPSTANS, WINCHES, OR TACKLES
- B66C1/00—Load-engaging elements or devices attached to lifting or lowering gear of cranes or adapted for connection therewith for transmitting lifting forces to articles or groups of articles
- B66C1/10—Load-engaging elements or devices attached to lifting or lowering gear of cranes or adapted for connection therewith for transmitting lifting forces to articles or groups of articles by mechanical means
- B66C1/101—Load-engaging elements or devices attached to lifting or lowering gear of cranes or adapted for connection therewith for transmitting lifting forces to articles or groups of articles by mechanical means for containers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Pallets (AREA)
- Packaging Of Machine Parts And Wound Products (AREA)
Abstract
The present invention discloses a kind of multi-joint packing tank moduleization lifting and transport bracing means, comprising：Upper channel-section steel component, it includes upper channel-section steel；Upper channel-section steel provided with support member, lift and be tethered at via, upper channel-section steel rope perforation, mounting hole；Lower channel-section steel component；It includes lower channel-section steel；Lower channel-section steel is provided with lifting block, lifting boom, the perforation of lower channel-section steel rope, lower channel-section steel alignment pin；Tether assemblies, multi-joint packing clamp is located between upper channel-section steel component and lower channel-section steel component by it.The multi-joint packing tank moduleization lifting that the present invention realizes non-metallic material is reinforced with transport, it was demonstrated that modularization lifting and transport reinforcing device are easy to operate, and safe and reliable, structure is novel, with low cost.
Description
Technical field
The present invention relates to one kind lifting and transport bracing means, and in particular to a kind of modularization for multi-joint packing case
Lifting with transport bracing means.
Background technology
Being currently based on vibration isolation, the consideration of buffering, warship needs big L/D ratio electromechanical equipment to be mounted, is usually placed on packaging
In case, transport after harbour, then packing case is lifted on warship by hoist cable.For the packing case of metal material, bag can be passed through
Vanning is provided with suspension ring, and hoist cable is provided with suspension hook, and many packing cases lift by crane simultaneously；And for the packaging of non-metallic material
Case, is limited by intensity and service life, on packing case can not pre-buried suspension ring, this to multi-joint packing tank moduleization lift with transport
Defeated reinforcing brings new problem.
The content of the invention
The present invention provides a kind of multi-joint packing tank moduleization lifting and transport bracing means, can efficiently solve for
The packing case of non-metallic material, is limited by intensity, service life, it is impossible to pre-buried suspension ring, be tethered at a little, to multi-joint packing case mould
Blockization is lifted reinforces the new problem brought with transport.
To achieve the above object, the present invention provides a kind of multi-joint packing tank moduleization lifting and transport bracing means, should
Multi-joint packing case comprising it is some side by side and/or the packing case that is stacked；Each packing case is included：Pack box body, be arranged
Packing case Reinforced Hoop on packaging box body, packing case Reinforced Hoop top surface is provided with alignment pin, and packing case Reinforced Hoop bottom surface is provided with
Dowel hole；
It is characterized in, the lifting is included with transport bracing means：
Upper channel-section steel component, it includes upper channel-section steel；The two ends of upper channel-section steel bottom surface are respectively equipped with support member；The top surface of upper channel-section steel
Two ends be respectively arranged with lifting be tethered at via；In every one end of upper channel-section steel, the both sides for lifting and being tethered at via are arranged with
Upper channel-section steel rope perforation；Upper channel-section steel surface is provided with the mounting hole being correspondingly arranged respectively with each alignment pin of multi-joint packing case；
Lower channel-section steel component；It includes lower channel-section steel；The two ends of the top surface of lower channel-section steel are respectively equipped with lifting block；Positioned at lower channel-section steel two
Lifting boom is respectively equipped with the lifting block at end；In every one end of lower channel-section steel, the both sides of lifting block are arranged with lower channel-section steel rope and worn
Hole；Lower channel-section steel surface is provided with the lower channel-section steel alignment pin being correspondingly arranged respectively with each dowel hole of multi-joint packing case；
Tether assemblies, it connects the perforation of channel-section steel rope and perforated with lower channel-section steel rope respectively, connects and fixed upper channel-section steel group
Part and lower channel-section steel component, multi-joint packing clamp is located between upper channel-section steel component and lower channel-section steel component.
Above-mentioned lifting is with transport bracing means also comprising the hanging belt for being connected lifting respectively with being tethered at via, external driving
Suspension hook is connected by hanging belt and lifts the lifting and transport bracing means and multi-joint packing case therein.
The drift angle that the support member of above-mentioned upper channel-section steel corresponds to the packing case Reinforced Hoop of multi-joint packing case is set.
Every one end of above-mentioned upper channel-section steel, respectively symmetrically in upper channel-section steel axis provided with a pair of support members.
Above-mentioned support member is set to indent arc towards the one side of packing case Reinforced Hoop drift angle；The drift angle of packing case Reinforced Hoop
It is set to outer convex；The indent arc of the support member is adapted with the evagination arcuate shape size of packing case Reinforced Hoop drift angle.
The position that above-mentioned lower channel-section steel inner chamber corresponds to packing case Reinforced Hoop base angle is set to indent arc；Packing case Reinforced Hoop
Base angle is set to outer convex；The indent arc of the lower channel-section steel inner chamber and the evagination arcuate shape size phase at packing case Reinforced Hoop base angle
Adaptation.
Every one end of above-mentioned lower channel-section steel, respectively symmetrically in lower channel-section steel axis provided with a pair of lifting blocks, every a pair of liftings block
On be connected with lifting boom.
Every one end of above-mentioned lower channel-section steel, respectively symmetrically in lower channel-section steel axis provided with a pair of lifting blocks, every a pair of liftings block
Interval more than hanging belt width.
Above-mentioned tether assemblies are included：The steel wire rope and screw-button of concatenation；Steel wire rope is provided with some rope clamps.
Above-mentioned lifting, also comprising the double hook binding captive band for being connected lifting respectively with being tethered at via, is hung with transport bracing means
Dress and transport bracing means and multi-joint packing case therein bundle captive band by double hook and are fixed on that external to be used for fixation more
Multi pack packing case is tethered at a little.
When multi-joint packing case is tied up by lifting with transport bracing means, steel wire rope is each passed through the steel of upper and lower channel-section steel
Cord is perforated, and is rotated screw-button, is tightened steel wire rope, you can completion is tied up to multi-joint packing case；
When lifting multi-joint packing case, by one end of hanging belt through the corresponding lifting of upper combination with being tethered at after via, to
Lower pulling makes hanging belt bypass the lifting boom of lower channel-section steel component, then is extracted out from the lifting of upper channel-section steel component with being tethered on via, hangs
The lifting eye of dress band is inserted in travelling crane hook, you can carry out the lifting of multi-joint packing case；
When multi-joint packing case be tethered on transport agent, the hook of one end of double hook binding captive band hooks fortune respectively
Transmission carrier is tethered at a little, and double hook binding captive band respectively from upper channel-section steel two ends, wear from lower to upper with being tethered at via by corresponding lifting
Go out, then hooked from the corresponding lifting of the other end with being tethered at after via passes from top to bottom after being tethered at a little of transport agent opposite side,
Tighten up double hook binding captive band, you can complete multi-joint packing case being tethered on transport agent.
Compared to the prior art the present invention is lifted with transport bracing means for the modularization of multi-joint packing case, its advantage
It is, the multi-joint packing tank moduleization lifting that the present invention realizes non-metallic material is reinforced with transport, have passed through aerial, sea
The transport examination such as upper, highway, it was demonstrated that modularization lifting and transport reinforcing device are easy to operate, and safe and reliable, structure is novel, cost
It is cheap.
Brief description of the drawings
Fig. 1 is the upward view of packing case；
Fig. 2 is the front view of packing case；
Fig. 3 is the top view of packing case；
Fig. 4 is the side view of packing case；
Fig. 5 is multi-joint packing tank moduleization lifting of the invention and the front view of the upper channel-section steel component of transport bracing means；
Fig. 6 is multi-joint packing tank moduleization lifting of the invention and the top view of the upper channel-section steel component of transport bracing means；
Fig. 7 is multi-joint packing tank moduleization lifting of the invention and the side view of the upper channel-section steel component of transport bracing means；
Fig. 8 is multi-joint packing tank moduleization lifting of the invention and the front view of the lower channel-section steel component of transport bracing means；
Fig. 9 is multi-joint packing tank moduleization lifting of the invention and the top view of the lower channel-section steel component of transport bracing means；
Figure 10 is multi-joint packing tank moduleization lifting of the invention and the side view of the lower channel-section steel component of transport bracing means；
Figure 11 is multi-joint packing tank moduleization lifting of the invention and the structural representation of the tether assemblies of transport bracing means
Figure；
Figure 12 ties up the front view of working condition for multi-joint packing tank moduleization lifting of the invention with transport bracing means；
Figure 13 ties up the side view of working condition for multi-joint packing tank moduleization lifting of the invention with transport bracing means；
Figure 14 lifts the front view of state for multi-joint packing tank moduleization lifting of the invention with transport bracing means；
Figure 15 lifts the side view of state for multi-joint packing tank moduleization lifting of the invention with transport bracing means；
Figure 16 is multi-joint packing tank moduleization lifting of the invention and the front view of transport bracing means captive；
Figure 17 is multi-joint packing tank moduleization lifting of the invention and the side view of transport bracing means captive.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is further illustrated.
The invention discloses a kind of modularization lifting for multi-joint packing case and transport bracing means, put comprising two
Channel-section steel component, two sets of lower channel-section steel components, four sets of cords components and two sets double hooks bundle captive bands.
Such as Fig. 1 and with reference to shown in Fig. 2, Fig. 3, Fig. 4, multi-joint packing case comprising it is some side by side and/or the bag that is stacked
Vanning 30.Each packing case 30 is included：Packaging box body, the packing case Reinforced Hoop 301 being set on packaging box body.It is generally every
Two packing case Reinforced Hoops 301, the top surface of packing case Reinforced Hoop 301 and the drift angle of side junction are arranged with individual packaging box body
33 are set to outer convex, and the base angle 34 of the bottom surface of packing case Reinforced Hoop 301 and side junction is set to outer convex.
The top surface of each packing case Reinforced Hoop 301 is arranged with a pair of alignment pins 32, the bottom of each packing case Reinforced Hoop 301
Face is arranged with a pair of dowel holes 31.
Such as Fig. 5 and with reference to shown in Fig. 6, Fig. 7, each upper channel-section steel component includes upper channel-section steel 1, the inner and outer surfaces of upper channel-section steel 1 without
3 packing cases can be accommodated side by side by needing the length of upper channel-section steel 1 in processing, the present embodiment.And it is set at the drift angle of the upper inner chamber of channel-section steel 1
Arc surface 2, the arc surface 2 and bottom shape, size and the upper bottom surface of packing case Reinforced Hoop 301 and its arc surface shape of drift angle 33,
Size is coincide.
The upper surface of channel-section steel 1 is provided with the mounting hole 8 being correspondingly arranged respectively with each alignment pin 32 of multi-joint packing case.This reality
Apply in example, be provided with upper channel-section steel 1 one of spacing between 6 mounting holes 8, two neighboring mounting hole 8 and each packing case plus
The centre-to-centre spacing between a pair of alignment pins 32 on strong hoop is equal.
The two ends of the upper bottom surface of channel-section steel 1 are respectively equipped with support member 5, every one end of upper channel-section steel 1, respectively symmetrically in upper channel-section steel 1
Provided with a pair of support members 5, and each, the support member 5 of upper channel-section steel 1 corresponds to the packaging of multi-joint packing case for axis
The drift angle 33 of case Reinforced Hoop 301 is set, and support member 5 is set to indent arc, shape towards the one side of packing case Reinforced Hoop drift angle 33
Camber supports arc surface 6；The curved support arc surface 6 of the support member 5 and the outer convex of packing case Reinforced Hoop drift angle 33
Shape size be adapted.
It is symmetrical with being tethered at via 3 with being tethered at via 3, two liftings that the two ends of the top surface of upper channel-section steel 1 are respectively arranged with lifting
Set.Lift and be tethered at via 3 be used for go here and there set external travelling crane hook hanging belt or it is external be tethered at a little double hook binding captive band.
Side in every one end of upper channel-section steel 1, the both sides for lifting and being tethered at via are arranged with channel-section steel rope on a pair and worn
Hole 9.Altogether provided with channel-section steel rope perforation 9 on four on upper channel-section steel 1.
Such as Fig. 8 and with reference to shown in Fig. 9, Figure 10, each lower channel-section steel component includes lower channel-section steel 11, and the lower inner chamber of channel-section steel 11 corresponds to
The position at packing case Reinforced Hoop base angle 34 is set to indent arc；The base angle of packing case Reinforced Hoop is set to outer convex, forms lower groove
Steel inner chamber arc surface 23；The lower channel-section steel inner chamber arc surface 23（Descend the indent arc of channel-section steel inner chamber）With packing case Reinforced Hoop base angle
The shape size of 34 outer convex is adapted, and shape, size are coincide.
The lower surface of channel-section steel 11 is provided with the lower channel-section steel being correspondingly arranged respectively with each dowel hole 31 of multi-joint packing case and determined
Position pin 13.In the present embodiment, the centre-to-centre spacing of channel-section steel alignment pin 13 under 6 lower channel-section steel alignment pins 13, each two is provided with upper channel-section steel 1
It is consistent with each centre-to-centre spacing of Reinforced Hoop bottom dowel pin hole 31 of packing case.
It is preferred that, the bottom surface of lower channel-section steel 11 is equipped with rubber blanket 17.
The two ends of the top surface of lower channel-section steel 11 are respectively equipped with lifting block 12.Every one end of lower channel-section steel 11, respectively symmetrically in lower groove
The axis of steel is lifted on blocks 12, a lower channel-section steel 11 altogether provided with four lifting blocks 12 provided with a pair.It is every a pair of lifting block 12 it
Between interval more than hanging belt width.A lifting boom 14 is welded with a pair of lifting blocks 12 of lower one end of channel-section steel 11,
Two lifting booms 14 are fixed with altogether on lower channel-section steel 11 in the present embodiment.
Side in every one end of lower channel-section steel, positioned at the both sides of lifting block, is arranged with a pair of lower channel-section steel rope perforation 20.
As shown in figure 11, steel wire rope 26 of the tether assemblies comprising concatenation and forward-reverse spiral buckle 25, and are arranged on steel wire rope
On some rope clamps 28.
The tether assemblies are used to connect above channel-section steel rope perforation 9 and lower channel-section steel rope perforation 20 respectively, connect and fix
Channel-section steel component and lower channel-section steel component, multi-joint packing clamp is located between upper channel-section steel component and lower channel-section steel component.
It is a kind of lifting for multi-joint packing case and the six of transport bracing means such as Figure 12 and with reference to shown in Figure 13
Packing case reinforcing device assembly embodiment ties up figure.Tie up place should clean it is smooth, it is in easy flights in 3 °, by two lower grooves
Steel member parallel is placed on place, by tape measure, by two lower channel-section steel component internal arms apart from A adjust to packing case
The axial centre of 30 Reinforced Hoop, 301 bottom surface dowel hole 31 is away from equal.One group two-by-two of the combination stacked of packing case 30, divide in three times
Do not lift up into the lower channel-section steel component of two placed, three groups of packing cases 30 are arranged side by side.Make to be fixed on every on lower channel-section steel component
Four dowel holes 31 of the packing case Reinforced Hoop 301 of one packing case 30, two correspondences are set in lower channel-section steel component
On alignment pin 13, remaining two are set on the alignment pin 13 of another lower channel-section steel component, before and after realizing two lower channel-section steel components
Four alignment pins 13 insert respectively packing case 30 correspondence dowel hole 31 in.Lower channel-section steel inner chamber arc surface 23 and the chi of bottom surface
Very little, shape and the bottom surface of packing case Reinforced Hoop 301 and submit the size of 34 arc surfaces, shape coincide.
Then, two upper channel-section steel components are erected on six multi pack packing cases.Make each and upper channel-section steel component touch bag
Four alignment pins 32 of the packing case Reinforced Hoop 301 of vanning 30, two correspondence strings are located at the mounting hole 8 of a upper channel-section steel component
In, remaining two correspondences string is located in the mounting hole 8 of channel-section steel component on another, so that two respectively with six mounting holes 8
Upper channel-section steel component pack into corresponding alignment pin 32 on packing case 30, and the inner chamber arc surface 2 of upper channel-section steel 1 and the chi of bottom surface
Very little, shape and packing case Reinforced Hoop determine face and size, the shape of the arc surface of drift angle 33 are coincide, and upper channel steel support part 5
The cambered surface 33 of curved support arc surface 6 and the both sides drift angle of packing case Reinforced Hoop 301 is coincide.
The steel wire rope 26 of four sets of cords components is each passed through after channel-section steel rope perforation 9 and lower channel-section steel rope perforation 20, is drawn
After straight steel wire rope 26, rope clamp 28 is tightened, rotating forward-reverse spiral button 25 tightens steel wire rope 26, forms packing case assembly, completes
Packing case is tied up.
Such as Figure 14 and with reference to shown in Figure 15, lifting is also included with transport bracing means to be connected lifting and is tethered at via 3 respectively
Hanging belt 35, external travelling crane hook connected by hanging belt 35 and lift it is disclosed in this invention lifting with transport reinforce dress
Put and multi-joint packing case therein.One end of the connection travelling crane hook of hanging belt 35 is provided with lifting eye 36.
A kind of lifting for multi-joint packing case and six multi pack packing case reinforcing device assemblys of transport bracing means are real
The lifting flow for applying example is included：
Six multi pack packing cases（Six packing cases 30）Pass through two upper channel-section steel components, two upper channel-section steel components, four sets of cords
After component fixation is tied up.One end of four hanging belts 35 is corresponded to respectively respectively four liftings through two upper channel-section steel components with
Be tethered at after via 3, pull downward on the lifting boom 14 for making hanging belt 35 bypass lower channel-section steel component, then from the lifting of upper channel-section steel component with
It is tethered on via 3 and extracts out, and pull together the two ends of hanging belt 35, the lifting eye 36 of four hanging belts 35 is inserted in travelling crane hook,
It can be lifted.
Such as Figure 16 and with reference to shown in Figure 17, lifting is also included with transport bracing means to be connected lifting and is tethered at via respectively
Double hook bundlees captive band 37, and double hook binding captive band 37 is standard component, which is provided with tightener 38, two ends are respectively equipped with hook
40.Lifting bundlees captive band 37 by double hook with transport bracing means and multi-joint packing case therein and is fixed on external be used for
Fixed multi-joint packing case is tethered at a little 39.
A kind of lifting for multi-joint packing case and six multi pack packing cases of transport bracing means（Six packing cases 30）
The flow that is tethered at of reinforcing device assembly embodiment is included：
Six multi pack packing cases（Six packing cases 30）Pass through two upper channel-section steel components, two upper channel-section steel components, four sets of cords
Component is fixed tie up after carry out being tethered at operation, four that six multi pack packing case reinforcing device combined systems are stayed on transport agent are
Stationary point 39.The two ends of each upper channel-section steel correspond to two and are tethered at a little 39 setting respectively.
So that the double hook binding captive band 37 of a upper channel-section steel respective side is installed as an example, double hook is bundled to one end of captive band 37
Hook 40 hook the transport agents of six multi pack packing case reinforcing device assembly sides and be tethered on a little 39, double hook binding captive band 37
Channel-section steel is passed from the bottom up to that should be tethered at a little lifting of 39 one end with being tethered at via 3, then from the corresponding lifting of the other end with being
Stay after via 3 passes from top to bottom, hook being tethered at a little after 39 of opposite side, double hook binding captive band 37 is tightened up with bundled device 38.
Then repeat above-mentioned flow and carry out the installation that another upper channel-section steel respective side double hook bundlees captive band 37, that is, complete six
Multi pack packing case reinforcing device assembly being tethered on transport agent.
Although present disclosure is discussed in detail by above preferred embodiment, but it should be appreciated that above-mentioned
Description is not considered as limitation of the present invention.After those skilled in the art have read the above, for the present invention's
A variety of modifications and substitutions all will be apparent.Therefore, protection scope of the present invention should be limited to the appended claims.
Claims (10)
1. a kind of multi-joint packing tank moduleization lifting and transport bracing means, the multi-joint packing case comprising it is some side by side and/
Or the packing case being stacked；Each packing case is included：Packaging box body, the packing case being set on packaging box body are strengthened
Hoop, packing case Reinforced Hoop top surface is provided with alignment pin, and packing case Reinforced Hoop bottom surface is provided with dowel hole；
Characterized in that, the lifting is included with transport bracing means：
Upper channel-section steel component, it includes upper channel-section steel；The two ends of upper channel-section steel bottom surface are respectively equipped with support member；The two of the top surface of upper channel-section steel
End is respectively arranged with lifting and is tethered at via；In every one end of upper channel-section steel, the both sides for lifting and being tethered at via are arranged with groove
Steel ropes are perforated；Upper channel-section steel surface is provided with the mounting hole being correspondingly arranged respectively with each alignment pin of multi-joint packing case；
Lower channel-section steel component；It includes lower channel-section steel；The two ends of the top surface of lower channel-section steel are respectively equipped with lifting block；Positioned at lower channel-section steel two ends
Lifting boom is respectively equipped with lifting block；In every one end of lower channel-section steel, the both sides of lifting block are arranged with lower channel-section steel rope perforation；Under
Channel-section steel surface is provided with the lower channel-section steel alignment pin being correspondingly arranged respectively with each dowel hole of multi-joint packing case；
Tether assemblies, it connects the perforation of channel-section steel rope and perforated with lower channel-section steel rope respectively, connect and fixed upper channel-section steel component with
Lower channel-section steel component, multi-joint packing clamp is located between upper channel-section steel component and lower channel-section steel component.
2. multi-joint packing tank moduleization lifting as claimed in claim 1 and transport bracing means, it is characterised in that described to hang
Fill with transport bracing means also comprising the hanging belt for being connected lifting respectively with being tethered at via, external travelling crane hook passes through hanging belt
Connect and lift the lifting and transport bracing means and multi-joint packing case therein.
3. multi-joint packing tank moduleization lifting as claimed in claim 1 and transport bracing means, it is characterised in that on described
The drift angle that the support member of channel-section steel corresponds to the packing case Reinforced Hoop of multi-joint packing case is set.
4. multi-joint packing tank moduleization lifting as claimed in claim 3 and transport bracing means, it is characterised in that on described
Every one end of channel-section steel, respectively symmetrically in upper channel-section steel axis provided with a pair of support members.
5. multi-joint packing tank moduleization lifting and transport bracing means as described in claim 3 or 4, it is characterised in that described
Support member is set to indent arc towards the one side of packing case Reinforced Hoop drift angle；The drift angle of packing case Reinforced Hoop is set to outer convex arc
Shape；The indent arc of the support member is adapted with the evagination arcuate shape size of packing case Reinforced Hoop drift angle.
6. multi-joint packing tank moduleization lifting as claimed in claim 1 and transport bracing means, it is characterised in that under described
The position that channel-section steel inner chamber corresponds to packing case Reinforced Hoop base angle is set to indent arc；The base angle of packing case Reinforced Hoop is set to outer convex arc
Shape；The indent arc of the lower channel-section steel inner chamber is adapted with the evagination arcuate shape size at packing case Reinforced Hoop base angle.
7. multi-joint packing tank moduleization lifting as claimed in claim 1 and transport bracing means, it is characterised in that under described
Every one end of channel-section steel, respectively symmetrically lifts provided with a pair in lower channel-section steel axis and is connected with lifting boom on blocks, every a pair of liftings block.
8. multi-joint packing tank moduleization lifting as claimed in claim 2 and transport bracing means, it is characterised in that under described
Every one end of channel-section steel, respectively symmetrically in lower channel-section steel axis provided with a pair of lifting blocks, the interval of every a pair of liftings block is more than lifting
The width of band.
9. multi-joint packing tank moduleization lifting as claimed in claim 1 and transport bracing means, it is characterised in that the rope
Rope component is included：The steel wire rope and forward-reverse spiral of concatenation are buckled；Steel wire rope is provided with some rope clamps.
10. multi-joint packing tank moduleization lifting as claimed in claim 1 and transport bracing means, it is characterised in that described
Lifting is with transport bracing means also comprising the double hook binding captive band for being connected lifting respectively with being tethered at via, and lifting is reinforced with transport
Device and multi-joint packing case therein are bundled captive band and are fixed on by double hook external to be used to fix multi-joint packing case
It is tethered at a little.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610278668.1A CN105712173B (en) | 2016-04-29 | 2016-04-29 | A kind of multi-joint packing tank moduleization lifting and transport bracing means |
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| CN201610278668.1A CN105712173B (en) | 2016-04-29 | 2016-04-29 | A kind of multi-joint packing tank moduleization lifting and transport bracing means |
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| CN110803611A (en) * | 2019-09-26 | 2020-02-18 | 中国二十冶集团有限公司 | Multi-pipeline hoisting method for large-diameter flanged pipeline |
| CN113135487B (en) * | 2021-04-28 | 2021-11-16 | 宁波聚达重工机械有限公司 | Wharf crane |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2260070Y (en) * | 1995-08-16 | 1997-08-20 | 贾长山 | Clamping apparatus for packing steel products |
| CN202244747U (en) * | 2011-08-31 | 2012-05-30 | 沈阳远大铝业工程有限公司 | Protective jacket-corner protector type horizontal transport rack |
| WO2014175824A1 (en) * | 2013-04-22 | 2014-10-30 | Nsl Engineering Pte Ltd | Adjustable size bulk container handling assembly and container rotating mechanism with levelling device |
| WO2014172742A1 (en) * | 2013-04-24 | 2014-10-30 | Gray Bulk Concepts Pty Ltd | Rotating spreader bulk loading system and container therefor |
| GB2519696B (en) * | 2013-10-22 | 2015-06-10 | Portakabin Ltd | A modular building assembly |
| CN205574639U (en) * | 2016-04-25 | 2016-09-14 | 浙江广通包装有限公司 | Automobile wheel hub packing convenient to transportation |
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