CN106672789B - A kind of experiment of container ship hanging box, heap case experiment special hoisting bar and application method - Google Patents
A kind of experiment of container ship hanging box, heap case experiment special hoisting bar and application method Download PDFInfo
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- CN106672789B CN106672789B CN201611222969.9A CN201611222969A CN106672789B CN 106672789 B CN106672789 B CN 106672789B CN 201611222969 A CN201611222969 A CN 201611222969A CN 106672789 B CN106672789 B CN 106672789B
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- attachment device
- hanging box
- frame structure
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Classifications
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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
- B66C1/22—Rigid members, e.g. L-shaped members, with parts engaging the under surface of the loads; Crane hooks
-
- 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
- B66C1/12—Slings comprising chains, wires, ropes, or bands; Nets
Abstract
The present invention relates to a kind of experiment of container ship hanging box, heap casees to test special hoisting bar, including hanger frame structure, hoisting pad and container angle attachment device, hoisting pad is located at hanger frame structure upper end, the container angle attachment device of connection container upper corner is located at hanger frame structure lower end, container angle attachment device position and the corner fittings position of container correspond, and application method cocoa of the invention lifts by crane one layer of 2 row, one layer of 40ft container or 2 row totally 4 20ft containers simultaneously.The hanger and application method of the present invention can make the test period of the experiment of container ship hanging box and the experiment of heap case at least shorten half, save shipyard crane resources, the speed of the experiment of shipyard hanging box and the experiment of heap case can be greatlyd improve, shorten dock cycle and harbour period to realize, have a great practical value, hanging box of the invention experiment, heap case experiment hanger also have the advantages that it is easy to operate, easy to use, be easy to make and recycling for a long time.
Description
Technical field
The present invention relates to container handling device fields, are to be related to a kind of experiment of container ship hanging box, heap more specifically
Case tests special hoisting bar.
Background technology
For container ship, in building course, the hanging box of all case positions either in cabin or on hatchcover main deck
Experiment all has to do, and as the project for submitting shipowner, hanging box experiment be in order to determine in cabin adjustable plate levelness and
Whether hatchcover main deck case foot levelness is in desired range etc, if levelness is bad, heap case layer during shipping transport
Number will be affected；And to be typically binding experiment be substantially carried out at the same time the experiment of heap case, only heap case heap to certain layer
Height can just carry out binding experiment, and the heap case experiment of every container ship is generally also to be done, but it is unlike hanging box experiment
It has to do, whether the experiment of heap case, which is done, is mainly seen shipowner, but often leading ship has to do.
In cargo hold hanging box experiment usually the dock stage carry out, main deck hatchcover hanging box experiment usually the harbour stage into
Row, and the experiment of heap case is essentially all to be carried out in the harbour stage, shipyard must be used when carrying out hanging box experiment and the experiment of heap case
What is arrived is exactly crane, either carries out hanging box and the experiment of heap case in dock stage or harbour stage, occupies a large amount of crane
Resource, according to statistics each lifting process about need 20 ~ 25 minutes（Without handling time）, and full ship needs the case position done experiment
Quantity is very more, is just required a great deal of time on the whole in this way in hanging box experiment and the experiment of heap case.According to statistics,
Every 9400TEU container ship hanging box test period needs 1.5 ~ 2 months, and heap case test period needs 15 ~ 20 days, such time pair
In dock cycle and harbour period be acid test, once and hanging box and heap case on-test, do, substantially account for always
With crane, this needs to cause big inconvenience using crane to other regions in shipyard, it may appear that etc. works phenomenon.
In general, when shipyard carries out hanging box experiment and the experiment of heap case, 1 chest or 1 row chest can only be hung every time, that is, is related to
To corresponding each case position must hang 1 time, so operate, not only waste a large amount of time, while also resulting in crane resources
Great waste.Therefore, if 2 40ft casees positions (1 can once be contained by often being hung during hanging box experiment and the experiment of heap case
40ft casees position is containing 1 standard 40ft container or 2 20ft containers), then the access times of crane are can obviously reduce, are saved big
Measure the time, can greatly keeping tensions down dock cycle and the harbour period.
Invention content
The present invention relates to a kind of experiment of container ship hanging box, heap casees to test special hoisting bar.The present apparatus can lift by crane 2 simultaneously
Container in 40ft casees position saves at least half of experiment and lifts by crane the time, saves crane resources, simple in structure, easy to use,
It is easy to operate, suitable for being used under various working conditions.
In order to reach foregoing invention purpose, technical solution provided by the invention is as follows：
Special hoisting bar is tested in a kind of experiment of container ship hanging box, heap case, which includes hanger frame structure, rises
Loser plate and container angle attachment device, hanger frame structure are rectangular frame structure, including at least four crossbeams and at least
Four longerons, at least four symmetrical hoisting pads are located at hanger frame structure upper end, connection container upper corner
Container angle attachment device is located at hanger frame structure lower end, at least 16 container angle attachment device position roots
It is arranged according to the requirement of 20ft containers and 40ft container end part cab signal box feet, the corner fittings with 20ft containers and 40ft containers
Position corresponds.
In the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, the hanger frame
Frame structure integrally uses channel steel structure.
In the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, the hanger frame
Lateral connection channel steel is set between frame structural beams.
In the present invention in the experiment of container ship construction phase hanging box, heap case experiment special hoisting bar, the transverse direction to connect
The minimum distance of access slot steel and hanger frame structure frame is more than the height of freight house guide rail
In the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, the hanger frame
Longitudinally connected channel steel is set between frame structural rail.
In the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, the hanger frame
Deep bracket is arranged in hoisting pad adjacent locations in frame structure.
In the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, the container
Corner fittings attachment device includes attachment device ontology, rotary block, eye plate, hinge eye plate, eye bolt and nut, eye plate, hinge
Eye plate, eye bolt and nut constitute hinge means, and eye plate is welded on container angle attachment device ontology, attachment device
Ontology upper end have one section it is hollow, lower end is rectangle notch in attachment device, and there is round hole at position among the coaming plate of bottom, in
Empty width, rectangle width of rebate and round hole diameter successively decrease successively, and rotary block head is rectangle, and middle section is circle
Cylindricality, lower end are truncated wedge, and head rectangle is matched with attachment device ontology middle and lower part.
In the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, the container
Corner fittings attachment device further includes split pin, and split pin matches with eye bolt trepanning.
A kind of experiment of container ship hanging box, heap case experiment special hoisting bar application method, which is characterized in that it is following including pressing
The step A-G being ranked sequentially：A. container ship construction phase hanging box experiment, heap case experiment special hoisting bar on hoisting pad with hang
Vehicle suspension hook is connected with steel wire rope；B., hoist lifting hook is put into the position for making container angle attachment device be conveniently operated；It C. will collection
The rotary block of vanning corner fittings attachment device is inserted into container top corner fittings one by one, lifts rotary block head and is rotated, is made
Head is fallen into the rectangle notch of attachment device ontology；D. tightening crane rope makes the voussoir and container angle of rotary block
Part is bonded, and whether in place to check all voussoirs, is not adjusted again in place such as；E. crane pull-up is used to carry the Special-purpose hanger of container
Frame carries out hanging box experiment or the experiment of heap case, container angle attachment device need not be dismantled or rotated during experiment；F. it tests
After the completion, crane rope decentralization makes container drop down onto on ship or on harbour, and rotation voussoir makes rotary block be detached from container angle
Part；G. the steel wire rope on hoisting pad, suspension hook pull-up, off-test are dismantled.
The present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, and hoisting pad SWL is not less than
5 TON, the main weight for considering entirely to lift by crane when the experiment of heap case is larger, and the position of eye plate is set according to different operating modes
It sets, it is contemplated that it is step-like to have subregion on real ship, and 20ft containers is needed to fill out case, or lateral columns is odd column, therefore this
A row can be singly hung in the case of a little or singly hang 1 20ft container, these special circumstances consider on this special hoisting bar.It should
Special hoisting bar can be used for single layer 2 row totally 2 40ft containers, 2 row totally 4 20 ft containers, 2 20 ft containers it is single-row, 2
It is used when a row of 20 ft containers 2,1 20 ft container, 1 40 ft container hanging boxes experiment, while also meeting most 2
5 layers of totally 10 40 ft containers or 2 row use totally 5 layers of row when 20 20 ft container heap casees are tested（Single-row 40 ft containers
Or case position selects hoisting pad method identical as hanging box experiment when single-row 20 ft containers heap case）, the loser of the special hoisting bar
Plate arrangement considers all operating modes being likely to occur, therefore does not need additional hoisting tool.
Based on the above-mentioned technical proposal, the present invention has following technological merit：
1. the present invention is tested for container ship construction phase hanging box, heap case tests special hoisting bar, hanger structure frame, with
Structure based on channel steel, including outline border, internal reinforcing structure, between the column and the column, it is front and back between horizontal and vertical connection reinforcement
Structure is all channel steel, and the agent structure that special hoisting bar is made with channel steel can effectively ensure that the overall construction intensity of special hoisting bar, simultaneously
In view of deep bracket is arranged in the close position of hoisting pad, effectively reinforce the structural strength to stress point.
2. the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, 2 can be lifted by crane simultaneously
Container in 40ft casees position saves at least half of experiment and lifts by crane the time, saves a large amount of cranes and uses resource；
3. the present invention for container ship construction phase hanging box experiment, heap case test special hoisting bar, attachment device ontology and
Rotary block can be rotated by the hinge means of the compositions such as eye plate, hinge eye plate in container width direction, generally movable
Formula, convenient for hanger, when lifting by crane 40ft containers, the container angle attachment device in centre position can produce outside babinet, not influence
The use of hanger can meet variety classes under all operating modes, different number container in hoisting status in 2 40ft casees positions；
4. the present invention tests special hoisting bar for the experiment of container ship construction phase hanging box, heap case, actual wear is larger
Container angle attachment device is removable, is replaced after facilitating loss, while the container angle attachment device in centre position is not
It can influence the handling of 40ft containers.
Description of the drawings
Fig. 1 is the present invention for the experiment of container ship construction phase hanging box, the structural representation of heap case experiment special hoisting bar
Figure.
Fig. 2 is the present invention for hanger frame in the experiment of container ship construction phase hanging box, heap case experiment special hoisting bar
Structural schematic diagram.
Fig. 3 is container angle attachment device facing structure figure in the present invention.
Fig. 4 is container angle attachment device side block diagram in the present invention.
Fig. 5 is the positive structure diagram of attachment device body construction in the present invention.
Fig. 6 is the side structure schematic view of attachment device body construction in the present invention.
Fig. 7 is the overlooking structure diagram of attachment device body construction in the present invention.
Fig. 8 is the positive structure diagram of rotary block in the present invention.
Fig. 9 is the side structure schematic view of rotary block in the present invention.
Figure 10 is the overlooking structure diagram of rotary block in the present invention.
Figure 11 is that rotary block moves up operation chart in the present invention.
Figure 12 is status diagram of the rotary block in rotation process in the present invention.
Figure 13 is medial end portions lateral connection channel steel of the present invention（Cargo hold hanger）.
Figure 14 is medial end portions lateral connection channel steel of the present invention（Main deck hanger）.
2 row 40ft container hanging box schematic diagrames when the special hoisting bar of Figure 15 present invention uses.
2 20ft containers when the special hoisting bar of Figure 16 present invention uses（2 row）Hanging box schematic diagram.
2 20ft containers when the special hoisting bar of Figure 17 present invention uses（It is single-row）Hanging box schematic diagram.
1 20ft container hanging box schematic diagram when the special hoisting bar of Figure 18 present invention uses.
1 40ft container hanging box schematic diagram when the special hoisting bar of Figure 19 present invention uses.
20ft container heap case schematic diagrames when the special hoisting bar of Figure 20 present invention uses.
40ft container heap case schematic diagrames when the special hoisting bar of Figure 21 present invention uses.
1. hanger structure frame；2. hoisting pad；3. container angle attachment device；4. lateral connection channel steel；5. longitudinal
Connect channel steel；6. deep bracket；7. attachment device ontology；8. rotary block；9. eye plate；10. hinge eye plate；11. eye bolt；
12. nut；13. split pin；14. container angle；15. guide rail；16. container；17. steel wire rope；18. suspension hook；19. lower end.
Specific implementation mode
Come with specific example below in conjunction with the accompanying drawings to the present invention for the experiment of container ship construction phase hanging box, the examination of heap case
It tests special hoisting bar further to be elaborated, in the hope of providing a clearer understanding of its structure type and occupation mode, but not
It can be limited the scope of the invention with this.
Fig. 1 is hanger structure figure, as shown, the present invention is for the experiment of container ship construction phase hanging box, the experiment of heap case
Special hoisting bar includes：Hanger structure frame 1, hoisting pad 2 and container angle attachment device 3.Wherein, hanger structure frame
1 is designed with reference to 4 20ft container actual placements, and centre position is designed with lateral connection channel steel 4 and longitudinally connected
Channel steel 5；Hoisting pad 2 totally 16 carries out reasonable Arrangement by different operating modes using 4 different hoisting pads, and eye plate corresponds to position
It sets and has done corresponding deep bracket 6 on hanger structure frame 1；Totally 16 sets of container angle attachment device, by 4 20ft packagings
Corner fittings corresponds to arrangement one-to-one correspondence and is arranged on case top.
Fig. 2 is hanger frame construction drawing, as shown, the present invention is for the experiment of container ship construction phase hanging box, heap case
Experiment special hoisting bar frame structure include：Lateral connection channel steel 4, longitudinally connected channel steel 5 and deep bracket 6, are effectively ensured
The entire structural strength of hanger and the intensity of forced position.
Fig. 3, Fig. 4 are container angle connection device structure diagrams, as shown, the present invention is used for the container ship construction phase
Hanging box is tested, the container angle attachment device of heap case experiment special hoisting bar includes：Attachment device ontology 7, rotary block 8,
Eye plate 9, hinge eye plate 10, eye bolt 11, nut 12 and split pin 13.Wherein, eye plate 9, hinge eye plate 10, eye bolt
11, nut 12 and split pin 13 constitute hinge means, and eye plate 9 is welded on attachment device ontology 7, it can be achieved that attachment device sheet
Body 7 is rotatable in container width direction, and such design both ensure that centre position when special hoisting bar lifts by crane 40ft containers
8 container angle attachment devices 3 lifting of 40ft containers is not interfered under without using state, while being also convenient for length
Container angle attachment device 3 is replaced after time use；Eye bolt 11 and nut 12 suggest using 8.8 grades of high intensity
Bolt；The setting of split pin 13 is that nut loosening falls off and causes danger in order to prevent；Rotary block 8 is rotatable, and is filled with connecting
Ontology 7 is set effectively to coordinate.
Fig. 5 ~ Fig. 7 is attachment device body construction schematic diagram, as shown, attachment device ontology upper end have one section it is hollow,
Space for being carried upwards as rotary block；Lower end is rectangle notch in attachment device, for using item to rotary block
Limit under part；There is round hole at position among bottom coaming plate, hollow width, rectangular for across rotary block cylindrical section
Shape width of rebate and round hole diameter successively decrease successively.
Fig. 8 ~ Figure 10 is rotary block structural schematic diagram, as shown, 8 head of rotary block is rectangle, middle section
For cylinder, lower end is truncated wedge, and head rectangle is matched with 7 middle and lower part of attachment device ontology, to realize to rotary block
Position-limiting action, middle section cylinder are then to rotate for convenience.
Figure 11, Figure 12 be rotary block move up with rotation process schematic diagram, as shown, 8 head of rotary block is to connection
Certain distance, rotatable head are moved up in device body 7 is hollow, you can drive rotary block 8 to be inserted into the voussoir of container angle 14,
To realize in rotary block insertion container angle 14 and fix or be detached from the function of container angle 14.
Figure 13, Figure 14 are end cross connection channel steel explanations, and as shown in figure 13,40ft casees position front and back position is to lead in cargo hold
Rail 15（Guide rail is 16 guider of container in cargo hold）, because the position of guide rail 15 limits, the longitudinal direction of special hoisting bar in cargo hold
The lateral connection channel steel 4 of middle section front and back end cannot be arranged in end, lateral connection channel steel and hanger frame structure frame
Minimum distance is more than the height of freight house guide rail, otherwise can interfere with guide rail 15；And the Special-purpose hanger for being used on main deck hatchcover
Frame is then not required to consider this point, this two lateral connection channel steels 4 of front and back end can be arranged and be flushed with outter frame shelf, such as Figure 14 institutes
Show（The special hoisting bar used on main deck hatchcover referring to Fig.1 3 or Figure 14 end cross connection channel steel layout pattern system
Make, 2）.It is noted that due to the spacing of container 16 between the column and the column in cargo hold and container on main deck hatchcover
16 spacing between the column and the column is different, therefore, for the hanger for the two different zones, the length of lateral connection channel steel 4
Degree is different.
In shipbuilding, the present invention is used for the experiment of container ship construction phase hanging box, heap case experiment special hoisting bar
Process includes following steps：
Hoisting pad 2 and crane on special hoisting bar are tested in the first step, the experiment of container ship construction phase hanging box, heap case
（It is not shown in figure）Suspension hook 18 is connected with steel wire rope 17；
Second step, hoist lifting hook 18 are lowerd, and container angle attachment device 3 is made to be conveniently operated；
Third walks, and the rotary block 8 of container angle attachment device 3 is inserted into container top corner fittings 20 one by one, is lifted
8 head of rotary block is rotated, and head is made to fall into the rectangle notch of attachment device ontology 7；
4th step, tightening crane rope 17 make the voussoir of rotary block 8 be bonded with container angle 14, check all wedges
In place whether block, be not adjusted such as again in place；
5th step carries the special hoisting bar of container 16 with crane pull-up, carries out hanging box experiment or the experiment of heap case, tested
Container angle attachment device 3 need not be dismantled or rotated in journey；
6th step, after the completion of experiment, the decentralization of crane rope 17 makes container drop down onto on ship or on harbour, rotates voussoir 19
Rotary block 8 is set to be detached from container angle 20；
7th step dismantles the steel wire rope 17 on hoisting pad, suspension hook pull-up, off-test.
Figure 15 ~ Figure 19 is the hanging box schematic diagram under various operating modes, and as shown in figure 15, the container ship construction phase of displaying hangs
Case experiment, heap case experiment special hoisting bar for 2 row 40ft container conditions, container ship construction phase hanging box experiment when use,
Hoisting pad 2 on heap case experiment special hoisting bar is first connect with the steel wire rope 17 of hoist lifting hook 18, and hoisting pad 2 is located at hanger knot
Structure frame longitudinal direction a quarter and 3/4ths position；Then hoist lifting hook 18 is put into makes container angle attachment device 3
The position being conveniently operated；Then the rotary block 8 of container angle attachment device 3 is inserted into container top corner fittings 20 one by one,
It lifts 8 head of rotary block to be rotated, head is made to fall into the rectangle notch of attachment device ontology 7；Then crane is tightened
Steel wire rope 17 makes the voussoir of rotary block 8 be bonded with container angle 14, whether in place checks all voussoirs, such as not in place again into
Row adjustment；Then it uses crane pull-up to carry the special hoisting bar of container 16, hanging box experiment or the experiment of heap case is carried out, during experiment
It need not dismantle or rotate container angle attachment device 3；After the completion of experiment, the decentralization of crane rope 17 makes container drop down onto ship
On upper or harbour, rotation voussoir 19 makes rotary block 8 be detached from container angle 20；Finally dismantle the steel wire rope on hoisting pad 2
17, suspension hook pull-up.
Figure 16 ~ Figure 19 is suitable for 2 20ft containers（2 row）, 2 20ft containers（It is single-row）, 1 20ft containers, 1
The operating modes such as a 40ft containers, specific special hoisting bar are similar to 2 row 40ft container conditions of front using process, mainly
The position of 4 hoisting pads 2 used under each operating mode is had nothing in common with each other, for example hoisting pad 2 can be located at hanger structure frame and indulge
To the position of half, mainly from the point of view of stress balance.
Figure 20 ~ Figure 21 is 20ft containers and 40ft container heap case schematic diagrames, as shown, being built for container ship
The heap case that the experiment of stage hanging box, heap case experiment special hoisting bar are suitable for main deck hatchcover is tested, heap during being tested for heap case
Different number of plies special hoisting bar occupation modes is changed according to different babinet and columns, referring to Fig.1 steel shown in 5 ~ Figure 19
Connection type of the cord with hoisting pad 2.Usual heap case experiment at most needs 5 layers of heap, at least needs 3 layers of heap.
The present invention is simple for the experiment of container ship construction phase hanging box, heap case experiment special hoisting bar overall structure, operation
Convenient, easy to maintenance, usage range is wide, and practical function is apparent, can widely popularize, can effectively contract in the shipyard for building container ship
Drop shot case is tested and heap case test period, accelerates test speed, shortens dock cycle and harbour period.
Claims (3)
1. a kind of container ship hanging box experiment, heap case test special hoisting bar, which is characterized in that the special hoisting bar includes hanger frame
Frame structure, hoisting pad and container angle attachment device, hanger frame structure, for rectangular frame structure, including at least four
Crossbeam and at least four longerons, at least four symmetrical hoisting pads are located at hanger frame structure upper end, connect packaging
The container angle attachment device of case upper corner is located at hanger frame structure lower end, container angle attachment device position according to
The requirement of 20ft containers and 40ft container end part cab signal box feet is arranged, the corner fittings position with 20ft containers and 40ft containers
Set one-to-one correspondence；
The hanger frame structure integrally uses channel steel structure, and lateral connection channel steel is arranged between hanger frame structure crossbeam, horizontal
It is more than the height of freight house guide rail to the minimum distance of connection channel steel and hanger frame structure frame, between hanger frame structure longeron
Longitudinally connected channel steel is set, and deep bracket is arranged in hoisting pad adjacent locations in hanger frame structure, and the container angle connects
Connection device includes attachment device ontology, rotary block, eye plate, hinge eye plate, eye bolt and nut, eye plate, hinge eye plate, band
Hole screw bolt and nut constitutes hinge means, and eye plate is welded on container angle attachment device ontology, on attachment device ontology
End have one section it is hollow, lower end is rectangle notch in attachment device, and there are round hole, hollow width in position among the coaming plate of bottom
Degree, rectangle width of rebate and round hole diameter successively decrease successively, and rotary block head is rectangle, and middle section is cylinder
Shape, lower end are truncated wedge, and head rectangle is matched with attachment device ontology middle and lower part.
2. a kind of container ship hanging box experiment according to claim 1, heap case test special hoisting bar, which is characterized in that institute
It further includes split pin to state container angle attachment device, and split pin matches with eye bolt trepanning.
3. a kind of application method for testing special hoisting bar using container ship hanging box as claimed in claim 1 or 2 experiment, heap case,
It is characterised in that it includes the step A-G arranged in the following order：A. the experiment of container ship construction phase hanging box, the experiment of heap case are special
It is connect with hoist lifting hook with steel wire rope with the hoisting pad on hanger；B. hoist lifting hook is put into makes container angle connection dress
Set the position being conveniently operated；C. the rotary block of container angle attachment device is inserted into container top corner fittings one by one, lifted
Rotary block head is rotated, and head is made to fall into the rectangle notch of attachment device ontology；D. tightening crane rope makes
The voussoir of rotary block is bonded with container angle, whether in place to check all voussoirs, is not adjusted again in place such as；E. with hanging
Vehicle pull-up carries the special hoisting bar of container, carries out hanging box experiment or the experiment of heap case, need not dismantle or rotate during experiment
Container angle attachment device；F. after the completion of testing, crane rope decentralization makes container drop down onto on ship or on harbour, rotates wedge
Block makes rotary block be detached from container angle；G. the steel wire rope on hoisting pad, suspension hook pull-up, off-test are dismantled.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611222969.9A CN106672789B (en) | 2016-12-27 | 2016-12-27 | A kind of experiment of container ship hanging box, heap case experiment special hoisting bar and application method |
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| CN201611222969.9A CN106672789B (en) | 2016-12-27 | 2016-12-27 | A kind of experiment of container ship hanging box, heap case experiment special hoisting bar and application method |
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| CN108483220A (en) * | 2018-05-18 | 2018-09-04 | 北京图森未来科技有限公司 | A kind of container spreader and hanging device |
| CN111661270B (en) * | 2020-06-14 | 2022-02-22 | 陈盼 | Container testing device-based container testing method for container ship cargo compartment guide rail |
| CN114001022A (en) * | 2021-11-29 | 2022-02-01 | 黄秀芳 | Drilling pump frame and pump package hoisting structure |
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| US4925226A (en) * | 1988-08-17 | 1990-05-15 | Hawaii Stevedores, Inc. | Manually operated cargo container hook apparatus |
| CN2056154U (en) * | 1989-11-17 | 1990-04-18 | 交通部水运科学研究所 | Simple sling without power rotating lock for large container |
| NL1018049C2 (en) * | 2001-05-11 | 2002-11-12 | Stinis Beheer Bv | Alternately loaded connection structure and lifting equipment equipped with it. |
| CN2591008Y (en) * | 2002-10-27 | 2003-12-10 | 巴树森 | 20 feet inforced floating rotary lock large container crane |
| CN201023632Y (en) * | 2007-04-13 | 2008-02-20 | 昆山吉海实业公司 | Bottom lock |
| CN201211921Y (en) * | 2008-04-17 | 2009-03-25 | 南通中集特种运输设备制造有限公司 | Large-sized freight transportation platform and transportation unit |
| CN201309575Y (en) * | 2008-10-31 | 2009-09-16 | 胜狮货柜技术研发（上海）有限公司 | Transporting rack and component for ultra-wide cargo container |
| CN102862906B (en) * | 2012-09-29 | 2015-07-08 | 青岛前湾联合集装箱码头有限责任公司 | Hanging bracket for 53-foot non-standard containers |
| CN203064554U (en) * | 2013-01-16 | 2013-07-17 | 南通中集特种运输设备制造有限公司 | Lifting platform and container unit |
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