CN1065046A - Snag structure dry type handling labor cabin and operation ship thereof - Google Patents

Snag structure dry type handling labor cabin and operation ship thereof Download PDF

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Publication number
CN1065046A
CN1065046A CN 91107343 CN91107343A CN1065046A CN 1065046 A CN1065046 A CN 1065046A CN 91107343 CN91107343 CN 91107343 CN 91107343 A CN91107343 A CN 91107343A CN 1065046 A CN1065046 A CN 1065046A
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China
Prior art keywords
cabin
handling labor
pilework
door frame
ship
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Pending
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CN 91107343
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Chinese (zh)
Inventor
杜融
王茂时
金鑫
胡安田
庄文彪
刘雪娟
王作庭
王建新
许文奎
李旭光
陈锦贵
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China Shipping Corp Seven Eight Research Institute Jingjiang Associated Shipyard
SHANGHAI BAOSHAN IRON AND STEEL GENERAL PLANT
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China Shipping Corp Seven Eight Research Institute Jingjiang Associated Shipyard
SHANGHAI BAOSHAN IRON AND STEEL GENERAL PLANT
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Application filed by China Shipping Corp Seven Eight Research Institute Jingjiang Associated Shipyard, SHANGHAI BAOSHAN IRON AND STEEL GENERAL PLANT filed Critical China Shipping Corp Seven Eight Research Institute Jingjiang Associated Shipyard
Priority to CN 91107343 priority Critical patent/CN1065046A/en
Publication of CN1065046A publication Critical patent/CN1065046A/en
Pending legal-status Critical Current

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Abstract

The present invention adopts the handling labor cabin by dedicated operations ship band, transport to the pilework scene, make the obvolvent of handling labor cabin on the pilework of diverse location such as straight stake or taper pile and shape, after by working barrel the moisture in the work chamber being got rid of, make the dry type environment that causes a part in the handling labor cabin, then, carry out anticorrosion intuitively operation, after treating that anti-corrosion measure is finished, can easily and reliably the handling labor cabin be moved on another pile structure by the operation ship again and carry out the corrosion-proof handling labor, and the operation ship with the obvolvent of handling labor cabin after on the pilework, can throw off hook automatically again, transport another handling labor cabin and carry out to needs going obvolvent on the pilework of anticorrosion maintenance.Like this, can give full play to the alerting ability of operation ship, improve working efficiency, to realize low expense, high efficiency, to carry out anticorrosion attended operation in high quality, to reach prolonging the pilework purpose in service life.

Description

Snag structure dry type handling labor cabin and operation ship thereof
The present invention relates to underwater structure (being made by steel or concrete material), particularly safeguard with dry-type working cabin and transport operation ship thereof the tidal range region.
Development along with marine cause and sea-freight, structures are used more and more widely in the water, for example: marine oil drilling platform piling bar or the like under water of piling bar, inland river or coastal dock (or trestle) under water, these are the anticorrosion problem that just becomes a necessary attention day by day of the pilework of (particularly under the seawater) under water.These underwater structures generally adopt coating (the topped thing of anti-corrosion paint or resin under water) in advance during fabrication, and measures such as cathode protection are set under water protect.And in the tidal range region; promptly at the incoming tide under water; and this a part of pilework that surfaces during ebb tide then can't adopt cathode protection, and; this part is easy to be subjected to ultraviolet irradiation, ozone chemistry effect; the fresh water (or seawater) that also is subjected to containing saturated oxygen splashes and the impact of wave, and the bump of floater, therefore; filming when pilework is made is impaired easily, causes its base material to be easy to be corroded.
At present, generally be after after a while to filming of tidal range band pilework, again coated once, method is to adopt the coating of constrictive type under water, its kind has polyamide solidified type epoxy class or polyester-type etc.By diver's brushing such as trowel method or roller method by hand that pulls the plug, but this method relatively is suitable under water or in the more clear water of water quality of fresh water, if in the higher or muddy seawater of silt content, then because the unclear quality that will influence brushing greatly of sight line; And brushing materials amount also big (general coating is more sticking) in the water, loss are also big.This is not optimal scheme! Also having, is to establish framedly in the steel pipe pile outer ring as " the framed antisepsis of steel pipe pile " of the clear 61-102919 of Japanese Patent, injects the water hardening resin, makes its sclerosis back form preservative coat; And for example British patent 1494072, and its method is to adorn an overcoat around stake, and polyethylene is injected in the space between venting stake and the overcoat, forms a protective cover, and these methods all have its limitation.
Essential characteristic of the present invention is, the expensive expense of avoid brushing anticorrosive paint under water, saving diver's underwater operation also needn't be with special cured coating under water; But, tidal range region in pilework, make the dry type environment of a part, in this dry type environment, operating personal can be checked the quality of the original coating of pilework, reject the stump of original coating and the pilework surface carried out operations such as drying, and in the dry type environment, under situation about detecting by an unaided eye, anticorrosive paint is under water brushed on the pilework surface, to guarantee the brushing quality of anticorrosion coating, reach the anticorrosion maintenance of special quality snag structure, no matter be tidal range band or certain degree of depth district under water.
The present invention is made of three parts, and a part is the dry type handling labor cabin of pilework being realized the local dry-type environment; Another part is to make the handling labor cabin adapt to the interlock door frame of various differing heights needs and piles with different locations of structures needs; Third part is work chamber to be transported and the operation ship of mobile usefulness.Work chamber is (when pilework is the garden tubular) as shown in Figure 1, it is by fixed body 2 and left mobile 19, right mobile 23 constitutes a left side, each is connected by four hinges between right mobile and the fixed body, the folding of two mobiles is realized by left folding oil cylinder 4 and right folding oil cylinder 14, making work chamber and pilework centering location is to realize radially fixing by four following radial location devices 7 and four last radial location devices 18, following radial location device is fixed, realize (seeing the part 3 among Fig. 2) by bolt rubber, last radial location device then is adjustable, as Fig. 3, it is to realize fixing and dismounting by the rubber of ram cylinder (Fig. 3 spare 7) drive top board (Fig. 3 spare 1) front end.Near pilework transported to work chamber by the operation ship; embrace pilework and by last by two mobiles and fixed body; following radial location device is after radial location; upward axial jacking mechanism 20(can be by manual leading screw or air pressure to regulate two; oil hydraulic cylinder is realized); make it to withstand on the end face equipment or platform of pilework; make work chamber can overcome buoyancy unlikely on; under float; at this moment; energized; start the diving pump 9 of work chamber bottom the ponding in the cabin is discharged work chamber by discharge port; combination sealing arrangement shown in Figure 2 is adopted in sealing between work chamber bottom and the pilework; it is by opotism formula sealed skirt 1; connect base plate 2; following radial location device 3; elastic sealing device cladding 4 and this high elastic rubber of high elastic rubber 5(are high bipeltate; outer wearing layer again) forms; its sealing is by rubber and high elastic rubber 5 on the following radial location device 3; surrounding the pilework periphery realizes; if the pilework periphery is with cable; cable is during with channel-section steel or other supplementary structure; because the toughness of high elastic rubber protection; can realize preferably that still the sealing between work chamber bottom and the pilework is (if poorly sealed; cause some infiltration; as long as unit time internal drainage amount surpasses water percolating capacity, can form the dry type environment in the work chamber equally).After the dry type environment in the work chamber formed, operating personal can enter space in the work chamber from hand-hole, and it is collapsible to stand in upper footboard 15() or steel net plate 10 on clear up, the operation of dry pilework and brushing anticorrosion coating.For alleviating influence to operation ship balance, improve safe reliability, on work chamber, be provided with 8 air tanks, make work chamber have certain buoyancy (3 among Fig. 1 and 5), the section structure of this work chamber should constitute with steel, and the combination shape cabin body of the also available antiseep canvas of more small-sized work chamber or glass-felt plastic and steel constitutes.And, in order to be suitable for the anticorrosion of a large amount of pileworks, should be behind the anti-corrosion treatment of finishing a pile structure, work chamber is moved to rapidly on another pile structure, and therefore, side is equipped with four self-locking type hooks outside work chamber fixed body 2, see Fig. 4, it is made of catch gear 1, hook body 2, shackle 3 and locating dowel pin 4, and after work chamber hung on the operation ship interlock door frame, shackle 3 will be anchored on work chamber on the interlock door frame automatically.
Interlock door frame (Fig. 5) can carry out work chamber lifting (stroke can design by the height of tidal range band) by the self-locking type hook of Fig. 4, the actions such as (can designing respectively by the degree of dip of pilework) of anteversion and retroversion and left and right verting with the angle of cut of perpendicular line, can realize easily that work chamber is fixed to the tidal range band position of the pilework that needs, finish overlap joint and with actions such as the operation ship separates.For realizing these actions, its structure as shown in Figure 5, by the door frame 1 that steel structure is formed, it be by upper and lower connection otic placode 11 and 10 and the operation bow link reliably, and rely on the oil cylinder that is connected on the operation ship to promote first line of a couplet ear connecting plate 11, can realize that the forward and backward of door frame verts; The lifting of work chamber is realized by the lifting mechanism of door frame, drive lift cart 9 by the hoist cylinder among Fig. 57 by plunger head steel cable (or steel chain) and carry out lifting, stable, accurately for its action, lift cart 9 is (the seeing the lifting idler pulley 7 among Fig. 6) that led by four guide wheels that are contained in door frame two side channels; Fig. 6 is the lifting mechanism of interlock door frame, and it is made up of door frame 1, guide rod 2, lifting pulley 3, elevating chain (or lifting steel cable) 4, hoist cylinder 5, lift cart 6 and lifting idler pulley 7, because the driving of oil cylinder can realize the lifting of work chamber; The left side of work chamber, Right deviation is changeed, be to promote by two the relative transversely inclined fuel tanks 5 of both sides that are contained in the middle part shown in Figure 5, two oil cylinders 5 are answered move toward one another, just an oil cylinder ejects stopper rod, when promoting the rotation of heel frame, the opposite side oil cylinder then is to retract stopper rod, assist the heel frame to turn to own this one side, make five revolution guide wheels 8 in guide rail in the channel suspending rail of garden, do the rotation of certain angle along the axle center, vert about the heel frame that links together with revolution guide wheel 8 is done to reach, thereby the left side in the handling labor cabin on peg is hung in the hook of realization self-locking type, Right deviation is changeed.The concrete structure of interlock door frame heel mechanism is seen shown in Figure 7, and it is connected on the lift cart, is made up of institutes such as five revolution guide wheels 3, heel frame 4, two transversely inclined fuel tanks 5 and pegs 6.And the various motions of interlock door frame, as lifting, front and back vert and about vert etc. and to be hydraulic-driven, its operator's station all is located on the operation ship.
The operation ship is by being connected in the interlock door frame of bow, peg on the dependence interlock door frame and the self-locking type hook on the work chamber link, and work chamber successfully delivered to the pilework locus that to carry out anticorrosion maintenance, and can successfully be overlapped on the pilework according to the position of pilework work chamber, make work chamber on the pilework of diverse location and different degree of dip, different cross section shape (as garden cylindricality, square frame shape, polygon), carry out the anticorrosion handling labor of dry type; After a pile structural anticorrosion handling labor was finished, the operation ship can be transferred to work chamber on another pile structure again, repeats an operating sequence, and pilework is carried out dry type corrosion-proof handling labor.Its structure as shown in Figure 8, I is the operation ship among the figure, II is a work chamber, III is the interlock door frame, the operation ship relies on, following linkage support links mutually with the interlock door frame, doing front and back by longitudinally inclined cylinder 4 drive interlock door frames and work chamber verts, and by paying operator's station 5, lifting by HYDRAULIC CONTROL SYSTEM interlock door frame, anteversion and retroversion, the folding of left-right rotation and two mobiles of work chamber, and realizing docking and disengaging between operation ships and the work chamber by paying operator's station 5, finishing of these actions is to pass through high-pressure rubber pipe, quick coupling, coupling mechanism and work chamber interrelate.Because the pilework present position is below platform, and mostly be the group of pilework, in order to realize shifting as early as possible and exactly the purpose of work chamber, require the necessary energy of operation ship light and handy, operate between the pilework neatly, therefore, the operation ship can not be done too much on the one hand, and, must be able to turn to easily, fall back, have bigger propelling thrust and manoevreability, therefore, head and the tail in the operation boat bottom respectively are provided with the propelling unit that can realize the full circle swinging of operation ship, be main thruster 1 and secondary propelling unit 6, its revolution and turn to then and turn to oil cylinder 12(master by four, secondary propelling unit place respectively has two) realize, make work chamber quick, steadily, operation by last pilework is to be undertaken by master operating station 3 safely.Because operation ship body can not be too big, and bow also must be hung a work chamber, therefore, in order to bear bigger trim moment, realize the correct floading condition of band cabin operation, also be provided with about two ballast chamber 2(each one at the operation quarter of a ship), the injection of ballast water and emptying drive ballast pump (being located in the cabin) by main frame and bear.The operation ship drives two table oil pumps by main frame, and whole hydraulic powers are provided.The oil circuit design of two table oil pumps has converging device and relief arrangement, both can make the not startup of on-load of main frame, can control single pump or double pump fuel feeding again, to save power and to reduce system's cal val.In addition, on the operation ship and be provided with mechanisms such as crashproof conduit 7, hydraulic pressure cargo tank 9, cabin 10, fuel oil tank 11.
Adopt the anticorrosion maintenance of dry type of the present invention, be applicable to different water quality and meteorological conditions, can send a plurality of handling labors cabin, finish the anticorrosion handling labor of a plurality of pileworks simultaneously by an operation shipping.Advantages such as have the anticorrosion coating of enhancing adhesive ability, construction quality is good, and efficient height and expense are cheap.
Concrete structure of the present invention is provided by following accompanying drawing.
Fig. 1 work chamber
1, self-locking type hook 2, fixed body 3, last fixed air cabin 4, left side folding oil cylinder 5, following adjustable air cabin 6, opotism formula sealing arrangement 7, following radial location device 8, elastic sealing device 9, diving pump 10, following pedal 14, right folding oil cylinder 15, upper footboard 16, water valve mechanical arm 17 is regulated in the adjustable air cabin, discharge port 18, on jacking mechanism 19 radially, left side mobile 20, go up axial jacking mechanism 21, compressed air tube imports and exports 22, hydraulic oil turnover pipe 23, right mobile
Fig. 2 combination sealing arrangement
1, opotism formula sealed skirt 2, connection base plate 3, following radial location device 4, elastic sealing device cladding 5, high elastic rubber
Holding device radially on Fig. 3
1, top board 2, guide pin bushing 3, latching device 4, push rod 5, coupling sleeve 6, oil cylinder piston bar 7, ram cylinder 8, oil inlet and outlet 9, bulb apical axis 10, feather key
The hook of Fig. 4 self-locking type
1, catch gear 2, hook body 3, shackle 4, locating dowel pin
Fig. 5 door frame that links
1, door frame 2, pilot bar 3, lifting pulley 4, heel mechanism 5, transversely inclined fuel tank 6, peg 7, hoist cylinder 8, revolution guide wheel 9, lift cart 10, lower link otic placode 11, first line of a couplet ear connecting plate
Fig. 6 door frame lifting mechanism that links
1, door frame 2, guide rod 3, lifting pulley 4, elevating chain 5, hoist cylinder 6, lift cart 7, lifting idler pulley
Fig. 7 door frame heel mechanism that links
1, door frame 2, lift cart 3, revolution guide wheel 4, heel frame 5, transversely inclined fuel tank 6, peg
Fig. 8 always schemes
I, operation ship II, work chamber III, interlock door frame
1, main thruster (tail half revolution) 2, tail ballast chamber 3, master operating station 4, longitudinally inclined cylinder 5, pay operator's station 6, pay propelling unit (first half revolution) 7, crashproof conduit 8, lower link support 9, left hydraulic pressure cargo tank 10, cabin 11, right fuel oil tank 12, turn to oil cylinder
Embodiment:
The length overall 4.07mx molded breadth 3.43mx moldeed depth 1.40m that makes by method of the present invention, be equipped with 80 horsepowers of main engine powers, 2 propelling units, boat scooter 5.5km/h is dispatched in the band cabin, and endurance is that 40h and wind loading rating reach 6 grades the welded operation ship of single bill kept on file deck box-shaped steel; And reach 1.5m with the range of structure steel fabrication, forward leaning angle can be done to adjust between 0~25 ° and angle of heel can to do left and right respectively be 23 ° interlock door frame; And reach 1.5m with the maximum size of opening of steel structure manufacturing, the anticorrosion maintenance work chamber of dry type of water discharge time≤8 minute.This cover dry type handling labor cabin and operation ship can run in the middle of the pilework group easily, the water velocity of the 1.5m/s that surges and contend with between the following wind-force of opposing Pyatyi, pilework, can be steadily, apace by stake, with straight of the garden shape of work chamber and φ 914~φ 1219mm with have obvolvent between the garden shape taper pile of 18 ° of gradients.By operations platoon's water pump, within 8 minutes with work chamber in water get rid of, make the environment that forms a dry type in the work chamber, the operative employee can be in this dry type environment to the piling bar of tidal range region carry out that air-flow dries up, chipping, polishing, the operation of a whole set of anticorrosion maintenances such as brushing anticorrosion coating and thermal current oven dry, with reach pilework anticorrosion, prolong the pilework purpose in service life.

Claims (23)

1, a kind of snag structure dry type handling labor cabin and operation ship thereof, anticorrosion handling labor for the snag structure, especially the anticorrosion maintenance of the pilework of tidal range region, generally be to adopt to dive beneath the water by the diver, brush on the pilework surface or use framed method in that pilework is peripheral with constrictive type anticorrosive paint under water, to hardening resin or coating under water, reach the corrosion-proof maintenance to form protective cover between the injection pilework is surperficial and framed, the invention is characterized in, adopt on the pilework of anti-corrosion measure at need with a handling labor cabin obvolvent, water in the work chamber is got rid of, realize a dry type environment that is suitable for operating, this handling labor cabin is to hang on the interlock door frame, is fascinated by the front and back of interlock door frame, about fascinate and lifting action is realized work chamber and straight stake, the obvolvent of diverse location pileworks such as taper pile; The interlock door frame links on the operation ship, can be by the handling labor cabin on operation ship drive interlock door frame and the interlock door frame, be transported to the scene of pilework, realize of the obvolvent of handling labor cabin, make the environment of an anticorrosion maintenance of dry type and the operation of the anticorrosion maintenance of enforcement pilework.
2, dry type handling labor cabin according to claim 1 and operation ship thereof is characterized in that, dry type handling labor cabin is made up of each one institute an of fixed body and left and right mobile, rely on the folding of left and right mobile to realize obvolvent to pilework; The material of fixed body and mobile is made up of steel structure, during the less occasion of pressure-bearing, and also can be by the mixed system of antiseep canvas or glass-felt plastic and steel.
3, dry type handling labor according to claim 2 cabin is characterized in that, the folding of left and right two mobiles is to rely on to link on fixed body the corresponding left and right folding oil cylinder of middle part and realize.
According to claim 2 and 3 described dry type handling labor cabins, it is characterized in that 4, centering between handling labor cabin and pilework location is to go up radial location devices and four following radial location devices by four to realize radial location and tighten up; Last radial location device is to realize adjustable location with the top board (attaching has rubber on the top board) of ram cylinder drive front end, and four ram cylinders are to adopt synchronous mode, to realize location, clamping or the dismounting to the pilework of different radial dimensions; Following radial location device is fixing shape, its formed interior hole dimension is to determine according to the outside dimension of the pilework of required anticorrosion maintenance, the inner end of following radial location device also is equipped with rubber, therefore, is convenient to make location, handling labor cabin, is fastened on the pilework.
5, according to the described dry type handling labor of claim 2 to 4 cabin, it is characterized in that, the axial location of handling labor cabin on pilework, be to adopt two or three last axial jacking mechanisms that are installed in top, handling labor cabin, make it to hold out against the platform bottom on the pilework end face or be attached to mechanism on the platform, its realization that holds out against can adopt leading screw manually, ejecting rod of cylinder or oil cylinder piston be first-class.
6, according to the described dry type handling labor of claim 2 to 5 cabin, it is characterized in that, diving pump is set, start pump in the work chamber bottom, make the ponding in the handling labor cabin very fast by drainage pipeline discharge handling labor cabin, to form the dry type environment of inner space, handling labor cabin.
7, according to the described dry type handling labor of claim 2 to 6 cabin, it is characterized in that, the sealing in handling labor cabin is to adopt to be installed in down the combination sealing arrangement of the same garden of radial location device on week, promptly except the position of the rubber of following radial location device inner end and pilework closed contact, all come filling by elastic sealing device cladding (for resistance to abrasion) and the high elastic rubber that is rolled in wherein on week by being installed in the combination sealing arrangement, therefore, link by the end rubber of following radial location device and high elastic rubber that the elastic sealing device cladding is being wrapped up in and the periphery of bottom pilework, can play the sealing function of antiseep well; And when the pilework outside face had the member of cable installation and other subsidiary, the high elastic rubber that the elastic sealing device cladding is being wrapped up in also can play sealing function effectively.
8, according to the described dry type handling labor of claim 2 to 7 cabin, it is characterized in that, top, handling labor cabin is provided with manhole cover, operating personal can be entered the inner space in handling labor cabin by manhole, carry out work (operations such as maintenance and spraying or brushing anticorrosion coating), be provided with collapsible upper footboard in inwall middle and lower part, handling labor cabin, the bottom is provided with steel net plate, and operating personal can stand in top work easily.
9, according to the described dry type handling labor of claim 2 to 8 cabin, it is characterized in that, on the handling labor cabin, be provided with and fix and totally eight in adjustable air cabin,, improve safe reliability to alleviate influence to operation ship balance.
10, according to the described dry type handling labor of claim 2 to 9 cabin, it is characterized in that, be equipped with in the fixed body outside in the handling labor cabin, each two self-locking type hook down, after four pegs on the interlock door frame that operation ship band are inserted in the self-locking type hook, shackle in the hook is an automatic steering, bite on peg, at this moment, as long as after unclamping all axial direction positioning devices and the radial location device on the handling labor cabin and opening left and right sides mobile, the handling labor cabin just can be taken to by the operation ship and carry out obvolvent on another pilework, the location, draining and anticorrosion maintenance wait another to take turns work.
11, according to the described dry type handling labor of claim 2 to 10 cabin, it is characterized in that, the volume height in handling labor cabin, folding degree etc. should determine according to the pilework of required anticorrosion maintenance, and the pilework that can adapt to different section shapes such as garden cylindricality, square frame shape, polygon and different size diameter and the various degree of depth be the pilework of anticorrosion size under water.
12, dry type handling labor cabin according to claim 1 and operation ship thereof, it is characterized in that, the obvolvent action in handling labor cabin is to be realized by the interlock door frame that links on the operation ship, four self-locking type hooks on the handling labor cabin are hung on four pegs of interlock door frame, by the corresponding actions of interlock door frame realize verting in lifting, the front and back in handling labor cabin and about vert, to adapt to the pilework of various diverse locations, make the handling labor cabin realize that smoothly obvolvent is on vertical or bevelled pilework.
According to claim 1 and 12 described interlock door frames, it is characterized in that 13, the interlock door frame is made up of steel structure; Rely on the interlock door frame to link with the operation bow near the upper and lower connection otic placode at operation ship position, and, rely on the action of the oil cylinder on the operation ship, verted in the first line of a couplet ear connecting plate generation front and back of hinge joint with it, vert with the front and back of realizing interlock door frame and handling labor cabin.
14, according to claim 1 and 12,13 described interlock door frames, it is characterized in that, a hoist cylinder is established in the bottom of interlock door frame line of centers, steel rope (or steel chain) process lifting idler pulley by plunger head, make the lift cart that is installed on interior four guide wheels of door frame two side steel tanks realize rising or descending, thereby drive the lifting in handling labor cabin.
15, according to claim 1 and 12 to 14 described interlock door frames, it is characterized in that two sides of lift cart respectively are equipped with a transversely inclined fuel tank, its action links in opposite directions, that is to say the heel frame is rotated to a direction; And, its rotation is to be arranged in the revolution guide wheel of same garden on week made certain angle along the garden channel suspending rail rotation by five that are contained on the heel frame, with realize the heel frame about vert, realize rotation thereby drive the handling labor cabin that free locking-type hook hangs on peg.
16, according to claim 1 and 12 to 15 described interlock door frames, it is characterized in that, the interlock door frame lifting, front and back vert and about vert, all be to realize by hydrostatic drive; All be to link by high-pressure rubber pipe, quick coupling and coupling mechanism etc. and operation ship.
17, dry type handling labor cabin according to claim 1 and operation ship thereof, it is characterized in that, the lifting of interlock door frame, before and after vert and about the realization of action and the handling labor cabin successfully is transported to the pilework scene such as vert, and transport handling labor cabin etc. at the pilework ecotone, all be to realize by the operation ship; At the operation bow upper and lower two point of attachments are arranged, can link mutually with upper and lower two the connection otic placodes on the interlock door frame, and, door frame links mutually with interlock is a ram cylinder, the root of oil cylinder links on the operation ship, can do the swing of certain angle, and the head of oil cylinder then connects otic placode with interlock going up on the door frame and connects, because the action of oil cylinder, vert in the front and back that can finish the interlock door frame.
According to claim 1 and 17 described operation ships, it is characterized in that 18, the operation ship turns to oil cylinder, main each 1 of operator's station and cabin, first Peak Tank, left and right sides ballast chamber, hydraulic pressure cargo tank, the fuel oil tank etc. paid to constitute by two propelling units, four; On-the-spot and realize obvolvent between handling labor cabin and the pilework to realize that the handling labor cabin is transported to pilework quick, nimblely.
19, according to claim 1 and 17,18 described operation ships, it is characterized in that, in order to make the operation ship overcome different quality, surging between meteorological conditions and pilework, make the operation ship reposefully the pilework scene be transported in the handling labor cabin, the operation gear is had easily to advance, retreat, revolution, wait function alongside, therefore, except respectively hang with a propelling unit with the power of job requirement adaptation in operation bow and stern bottom, and, respectively be equipped with two at each propelling unit place and turn to oil cylinder, to realize each angle of rake 180 ° of revolution, operate full circle swinging or the transverse translation that ship can be done 360 ° in original place thereby make.
20, according to claim 1 and 17 to 19 described operation ships, it is characterized in that, operation the transporting at a distance of ship, navigate between the pilework flexibly and easily and, be to control by the master operating station that is located at operation deck on the ship middle front part reposefully by actions such as last pileworks.
21, according to claim 1 and 17 to 20 described operation ships, it is characterized in that, install near stem on the deck of operation ship and to vert about commentariess on classics of promising realization interlock door frame anteversion and retroversion, lift cart lifting, lift cart and pair operator's station of action such as two mobile's foldings in handling labor cabin, successfully to realize obvolvent handling labor cabin and diverse location pilework.
22, according to claim 1 and 17 to 21 described operation ships, it is characterized in that, respectively be provided with a ballast chamber in operation quarter of a ship two sides; The injection of ballast chamber and emptying, by be located in the cabin and bear by main engine driven ballast pump.
23, according to claim 1 and 17 to 22 described operation ships, it is characterized in that, required whole hydraulic powers on handling labor cabin, interlock door frame and the operation ship, implement by main engine driven two table oil pumps, and the design of the oil circuit of two table oil pumps makes it to have converging device and relief arrangement, can realize that main frame does not start on on-load ground, can control single pump or double pump fuel feeding again.
CN 91107343 1991-03-18 1991-03-18 Snag structure dry type handling labor cabin and operation ship thereof Pending CN1065046A (en)

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CN 91107343 CN1065046A (en) 1991-03-18 1991-03-18 Snag structure dry type handling labor cabin and operation ship thereof

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Application Number Priority Date Filing Date Title
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CN108655075A (en) * 2018-06-04 2018-10-16 苏州格目软件技术有限公司 A kind of annular cleaning equipment for ocean engineering platform
CN108655076A (en) * 2018-06-04 2018-10-16 苏州格目软件技术有限公司 Corrective is cleared up in a kind of automation for ocean engineering platform
CN108856072A (en) * 2018-06-04 2018-11-23 苏州格目软件技术有限公司 A kind of mobile cleaning equipment for ocean engineering platform
CN109909853A (en) * 2019-03-29 2019-06-21 姚恩香 A kind of submarine pipeline derusting spray-painting plant
CN110565708A (en) * 2019-10-11 2019-12-13 交通运输部公路科学研究所 Bridge underwater pile foundation detection system
CN110886215A (en) * 2019-12-16 2020-03-17 刘童童 Bridge detection structure and detection method thereof

Cited By (13)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
ES2155296A1 (en) * 1997-06-02 2001-05-01 Bermejo Francisco Ortez System for rescuing heavy objects for the sea bed
CN100363676C (en) * 2005-12-20 2008-01-23 中国海洋石油总公司 Working cabin for drying maintain of underwater pipeline
CN103507109A (en) * 2013-10-11 2014-01-15 上海利策科技股份有限公司 Underwater dry type cutting cabin and application method thereof
CN103507109B (en) * 2013-10-11 2015-07-15 上海利策科技股份有限公司 Underwater dry type cutting cabin and application method thereof
CN105552821A (en) * 2016-03-09 2016-05-04 青岛海澄知识产权事务有限公司 Water proofing type underwater cable connecting method
CN106379495A (en) * 2016-10-13 2017-02-08 上海申航基础工程有限公司 Wharf pile foundation underwater maintenance operation device with self-propulsion capability
CN108655075A (en) * 2018-06-04 2018-10-16 苏州格目软件技术有限公司 A kind of annular cleaning equipment for ocean engineering platform
CN108655076A (en) * 2018-06-04 2018-10-16 苏州格目软件技术有限公司 Corrective is cleared up in a kind of automation for ocean engineering platform
CN108856072A (en) * 2018-06-04 2018-11-23 苏州格目软件技术有限公司 A kind of mobile cleaning equipment for ocean engineering platform
CN109909853A (en) * 2019-03-29 2019-06-21 姚恩香 A kind of submarine pipeline derusting spray-painting plant
CN110565708A (en) * 2019-10-11 2019-12-13 交通运输部公路科学研究所 Bridge underwater pile foundation detection system
CN110886215A (en) * 2019-12-16 2020-03-17 刘童童 Bridge detection structure and detection method thereof
CN110886215B (en) * 2019-12-16 2021-11-09 创辉达设计股份有限公司 Bridge detection structure and detection method thereof

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