• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    There is disclosed a method for performing single blade changes on a wind turbine (2), using a near-wind turbine foot gaming system (26, 28) with wire r (48), which gaming system comprises throw blocks (24) for anchoring on / in the nacelle (16) on the wind turbine, alternatively on other mounted blades (4, 6) of the wind turbine hub (18), and a device for use in carrying out the method according to the invention comprising two clamping means (32, 34) arranged respectively at the tip of the wind ( 36) and the wing mounting facilities (37), at least one of which comprises one crawling game (56) cooperating with the wires (48) of the gaming system (26, 28). The combination of a ground-based winch system (25, 28) and the clamping means (32, 34) with crawler (56) in which the wing (10) is mounted under / raised from the wind turbine hub (18) allows for a better and more efficient control of especially the last part of the displacement of the blade (10), which is resource saving.
    公开号:DK201400575A1
    申请号:DKP201400575
    申请日:2014-10-08
    公开日:2016-04-18
    发明作者:Per E Fenger
    申请人:Liftra Ip Aps；
    IPC主号:
    专利说明:

    The present invention relates to a method for use in single blade switching on a wind turbine using a game system located near the wind turbine foot, and a device for use in the practice of the method.
    When changing or mounting a single blade on wind turbines, the known mohil cranes which take some time to set up are typically used, eg which are relatively expensive to operate. This embroidery has to some extent been remedied with the device specified in VVO 201 in 050812 A1, tiftra ApS, where an earth-based play is placed at a distance from the wind turbine's foundation, which is connected to a wheel wheel arrangement in the nacelle or on the rotor , which game is used for hoisting objects, including blades for wind turbines, to relevant mounting locations where the objects raised with the game are controlled, and carried by the game's wire. However, practice has shown that the use of the game is not optimal for all types of wind turbines for raising the blades to a relevant mounting location, as moving the ground-based game is not possible during the lifting of the blade where its wire carries the weight of the blade. In particular, the last part of the lifting of the blade to the mounting point, the blade must provide an approximately vertical displacement, which is only possible if the pull in the wire of the game is extinguished, so that the wire controlling the displacement of the blade and also carrying it is almost vertically vertical from the wire. attachment points on the wind turbine's hub, nacelle, all other blades, which is incompatible with the blade having to be hoisted the last piece of file mounting position on the wind turbine's fuselage. In US 2007/0290428 Al is specified a device for use with a ground-based game, file mount a blade for a wind turbine, where the blade is raised from a starting position on the ground, at the foot of the wind turbine tower, and file the mounting location of the wind turbines hub, where the wind turbines other two blades or placed in an symmetrical position around the wind turbines vertical center axis, the device includes a guide element lost between the tower of the windmill and the earth, and in the minds of it a support device which is substantially located in the air of the guide element and which carries at least a portion of the weight of the blade during transport: of the wing between the ground and its coinage location on the hub of the wind turbine, at least one wire extends between the supporting device and the wind turbine blade, whereby the length of said wire between the tfe device and the wind turbine blade can be adjusted. When handling blades for wind turbines with the device, this partly comprises a wire attached to the part of the blade which is affixed securely to the wind turbine hub, and a wire whose end comprises a lifting bag in which one of the tips of the blade is arranged during displacement of the blade between The earth and the monphage site. The weakness of this device is that faith games are used for placing the milling blade at the monfage site in addition, the supporting device is placed hanging in a wire, which will cause instability during operation with it.
    IVVO 2011 050812 discloses a ground-based game located at a distance from the foot of a wind turbine, comprising throwing blocks placed on the nacelle of the wind turbine, where the game's wire is used as gold and the lifting and lifting of a load between the ground and a relevant mounting location on the wind turbine's hub or in the nacelle . This game can hi, a. is used for raising a wing file at the monfage site on the wind turbine hub. where the wind turbine's other blades are arranged in a symmetrical position around the vertical center axis of the wind turbine. However, as stated above, it may be difficult to control, in particular, the last part of the lift where the wing must provide an approximately vertical displacement towards the hub of the wind turbine where the mounting flange is to be secured. changing the angle of the wire carrying and controlling the position of the blade so that it is approximately suspended vertically from the throw blocks.
    Thus, there is a marked need for an alternative and better solution, to be able to control the last part of the lift of a wind turbine blade, which is lifted between a position at the foot of the wind turbine and to the mounting location of the wind turbine hub, using the jonlbaserei gaming system, whose wire is used both for displacement as well as for controlling the displacement of a wind turbine blade between a position at the actual wind turbine's foot and the mounting location, and thus the invention is intended to provide a method for single-turn shifting which ensures better control and positioning of the last part of the wind turbine. the lift of a wind turbine blade, and a device for use in the practice of the method.
    Such a method ten! carrying out the eocelt blade clamp on a wind turbine using a gaming system located near the wind turbine feeder, which gaming system comprises the chassis blocks for anchoring on / or the windmill on the windmill, or alternatively on other mounted blades on the wind turbine hub are characterized by the following steps; -mounting of a lightweight crane in the naoelle »placing a gaming system near the foot of the wind turbine» placing a first clamping means with wire hoi and / or crawler clamp! on the blade, closest to its mounting facilities for mounting on the wind turbine hub, and closing the clamping means - placing another germ member with wire wrench and / or crawling on the blade, closest to its tip, and closing the second clamping member - establishing at least one fixed wire connection between the first clamping means and the second germination means, and attaching the lifting wire of the ground-based game system to the wirebjui respectively on the first and second germs and at least one crawl, on one of the two clamping means, and further to the throwing blocks "Raising the throwing hooks with the lightweight crane to relevant anchorage points on / in the naoelle or on other mounted blades on the wind turbine - anchoring of the throw blocks on / in the naol or on other mounted blades on the wind turbine - initiating lifting of the blade by the ground-based gaming system, while supporting the blade tip by using a smaller mobile earth-hauled lifter, indti At the tip of the blade, fh of the ground surface - raising the blade by means of the grounding winch system to a position below its mounting position on the hub - reducing the drag of the grounding play wire so that the wire is oriented approximately vertically, or at the preferred mounting angle for the wing - activating the crawler splice on the ground-based game wire for displacing the blade to the wind turbine hub mounting site-anchoring the blade on the wind turbine hub-opening of the germ nut, and hoisting them with the ground-based game release of the ground-based game casts, and lifting of this with the lightweight crane »removal of the lightweight crane
    The process is distinguished by the fact that the last part of the displacement of the wind turbine blade takes place by activating the crawl play on the cleric organs, whereby these bearing wings are displaced upwards on the wires of the ground-based game, which is positioned in advance by the lord-based game! position, hanging down from a selected position on the nacelle, alternatively on the hub or wings already mounted on the current wind turbine. Since the wires of the terrestrial game are approximately at rest, the features of the terrestrial game being constant, the said last part of the displacement of the blade to this mounting position on the wind turbines hubs can be performed with relatively high accuracy, and consequently also faster than the known ones. techniques. In addition, it will be more manageable only to operate the crawler during the last part of the shift of the blade to the mounting position. However, the terrestrial game can also be used in combination with the crawl game.
    A device for carrying out the method according to the invention comprising a first clamping means and a second germinating means for positioning and releasably fastening on a wind turbine blade, respectively near its mounting facilities for mounting on the wind turbine hub, and on the blade closest to its tip, is characterized by substantially inverted U-shaped frame members, the first leg of which is fixed and whose second is pivotally and ameterably mounted to the bottom of the inverted U-shaped frame member, and slidable between an open position where the relevant part of the wing can pass in towards the bottom part between the first and second legs, and a closed pessifion in which the second leg is displaced in the direction of the first leg where the inverted U-shaped frame element in alpha substantially encloses, and is pressed against the wing by a first actuator, where on each side of the bottom part is found with a ground based game wires cooperating first wire wheel, where respectively f first, fixed legs and the second, pivotally adjustable legs on the clamping member closest to the wing mounting facilities for mounting on the wind turbine hub, include outer girders with the ground-based game wires, other cooperating wired ui, and at least one germ member including one with the ground-based winch wires cooperating crawler spl
    The blade is thus carried by two U-shaped frames interconnected by staggers, one leg of which is slidable so that the wing is clamped between the legs of the U-shaped frames. In this position, the wing is then raised by the wires of the ground-based game, by the U-shaped frames are controlled and carried on the wires of wire wheels mounted on the frames. In the initial phase, the blade tip is briefly obstructed by a smaller mobile lifting unit to protect it. Then the blade is moved up and steered upwards towards the mounting point on the hub of the mommy, by the pull of the ground-based game in the wires, which also carry the wing and the device, in whose li-presumption strikes, the wing is clamped. The pull of the Ground-based spindle is extinguished when the blade arrives at a predetermined position relative to the mounting location so as to obtain a preferred angle of entry between the wires and vertically ensuring an optimal insertion angle of the mounting flange of the blade and the mounting flange of the hub. position of the wires of the ground-based spindle, the collision spring (s) are actuated, thereby raising the blade the last piece upwards to the mounting position at an appropriate angle of entry relative to the hub, in order to be able to rotate the blade so as to bring the holes into the wing mounting flange to overlap the holes in the hub mounting flange, the second wire wheels cooperating with the ground-based spindle may be pivotally mounted on the first, fixed leg and the second rotatable, adjustable leg on the clamping member closest to the wing mounting facilities for mounting on the wind turbine hubs, and may be displaceable by another actuator.
    In this way, the blade is activated by activating the other actuators so that the blade can be slightly rotated so that the noise of the mounting flanges on the blade and the hub can be overlapped respectively, in order to ensure a good retention of the blade disposed in the device, and in order to avoid damaging its surface during handling thereof, the germs may be provided locally on their mutually facing sides, at least where they come into contact with the wall surface, with an elastic resilient coating whose surface is anti-slip.
    This results in good retaining of the blade and does not damage its surface during lifting and π ed hoisting between the ground and the mounting point on the hub.
    In order to ensure a certain distance between the clamping means, the clamping means may comprise facilities for securing at least one, preferably several bars of the device, for maintaining a preferred spacing between the clamping members in their mounted position on the blade, during the up and down hoisting this one.
    In order to prevent damage to the wing surface during handling with the device according to the invention, the bottom part and 1 of the at least one of the legs of the U-shaped frame element can comprise at least one transverse beam, the ends of which can be provided with adjustable pressure shoes, the free ends of which are oriented towards the area bounded internally by the U-shaped frame member to a level below the wing-facing side of the bottom portion and at a distance from the side facing the wing surface of the actual leg, and which free-ended surfaces are constituted by an elastic concave great material.
    This results in the file facing side of the bottom part of the U-shaped frame element coming into contact with the surface of the blade during handling thereof.
    The invention is explained in more detail below with reference to ten in the drawing, wherein; Fig. 1 is a Fig. 41 is an illustration of the sequences of the method for use in ankle swing change on a wind turbine. In accordance with the invention, some of the figures show the details of a device for carrying out the method according to the invention,
    FIG. 1 shows a wind turbine 2f with two blades 4, (mounted and symmetrically positioned with respect to the wind turbine tam 8 and the third wing 10 lying on the ground surface 12 near the wind turbine foot 14,
    FIG. 2 is a close-up view of the wind turbine top, with the nacelle 16, and the hub 18, with the two blades 4.6 mounted, and with the mounting flanges 20, the third wing 10 facing downward toward the ground surface (not shown). 3 which is the same as FIG. 2, but with the difference that a lightweight crane 22 is now mounted on the nacelle 16, intended for raising the throwing beam 24 with associated fixture (see Fig. 4 and Fig. 17). In Fig. 4, the wind turbine 2, with of Ground-based game 26 shown in the embodiment shown as contained in a container 28 on a semi-trailer (see Figure 5, Figure 10 and more) and a ground-based mobile crane 30 for handling, in particular, a first clamping means 32 and another clamping means 34.
    In FIG. 5, 6, 7, 8, 9, 10, 11, 12, 13, an embodiment of the first clamping member 32 is seen, e.g., the second germ member 34, and how these are placed near the tip 36 of the blade 10 (hg. 5,6,7, respectively). 8 and 9), and closest to its mounting facilities 37 for mounting on the wind turbines hubs 18, 20 (Figs. 10, 11, 12, and 13), with mobile crane 30. FIG. 5,6,7,8, 9, 10, 11, 12, 13 are generally seen in the embodiment shown, of the clamping members 32, 34 comprising a substantially inverted U-shaped frame 38, the first leg 40 of which is bevelled with the bottom portion of the frame 42, and a second leg 44 pivotable and retractable to the base member 42 which, at a first actuator 46, is displaceable between an open position where the relevant portion of the blade can pass into the bottom member 42 between the first 40 and the second leg 44; for example, a closed position where the second leg 44 is displaced in the direction of the first leg 40, where the inverted lip-shaped frame 38 substantially encloses, and is pressed against the wing 10 by the first actuator 46, where on each side of the the bottom part 42 is provided with a ground-based game wires 43 cooperating first wire wheel 50, since the dog part of the reverse U-shaped frame 33 on the first clamping member 32 is shorter end the bottom piece 42 on the second clamping member 34, the first wire wheels 50 on the first clamping member 32 in the embodiment shown, b at the end of arms 64, 86 As the wires 48 of the ground-based game are running parallel between the game and throwing blocks 24, the first, fixed leg 40 and the second, pivotally adjustable leg 44 on the clamping member 34 closest to the wing mounting facility 52 for mounting on the wind turbine hub 18, further includes the wires 43 of the ground-based coil, other co-operating wire wheels 54, the wire wheels 54 are pivotally mounted on the leg 44, and slidable by an actuator 65 which is constituted, for example, by a hydraulic, pneumatic or electric drive piston.
    At least one clamping member 32 * 34 comprises at least not with the word-based game wires, cooperative claim game 56 (% 12.13).
    Further, as is apparent from the illustrated embodiment of the clamping members 32, 34, the first clamping member 32 and the second clamping member 34 comprise a support helmet 58 on the pivotally adjustable leg 44, the sides of which are facing the surface of the blade with a resiliently elastic material 60. there may be scuffle menae. The second clamping member 34 further comprises in the illustrated embodiment a support 62 on the first leg 40, common to both clamping members 32, 34, the bottom part 42 of the inverted lip-shaped frame 38 comprises a transverse beam 39, the ends of which are provided. with adjustable pressure shoes 41, the free ends of which are oriented towards the area bounded internally by the inverted frame member, to a level below the wing face facing side of the bottom valley 42 and at a distance from the wing face facing side of the actual leg 40; 44, and which free end surfaces are constituted by a resilient polyurethane material which may furthermore be anti-corrosive.
    In Fig. 14, the wing 10 is seen down the first jaw member 32, and the second clamping member mounted respectively near the tip 38 of the wing and near the mounting fittings 37 before the wing. As shown in FIG. 14, the clamping means are interconnected by two rods 68 which extend parallel to the wing 10. 6g, 16, the worms 48 from the ground-based game 26, 28 are guided via the worm wheels 50 on the first and second clamping means 32, 34, respectively, and to the cast blocks 24 and thence to the second wire wheels 64 and the crawler splint (Not shown) on the second clamping means 34 Fig. 16 shows the lightweight crane 22 on the needle 18 ready to raise the throw blocks 24 which, in the illustrated embodiment (see Figs. 17, 20 and 21), are mounted in a mounting bracket 70 comprising two brackets 72 intended for for basting the mounting bracket with the throw blocks 24, on the wind turbines two other blades 4, 6 which are symmetrically positioned relative to the tower 8 <In Fig. 1 see the lightweight crane cables 74 connected to the mounting bracket 70 with the throw blocks 24 shown in FIG. 16 is seen during lifting Against its mounting screen on the wings 4, 6, in Fig. 19, it is suggested that the mounting bracket 70 has reached the nacelle area, as is clearly seen in fsg, 20, where the bracket 70 is held firmly in position by the wire 74 on the levee crane. and wherein the shackles 72 are mounted on the wings 4, 6, corpses. 21, the shackles 72 are seen and secured to the wings 4, 6 and with a rod 76 comprising the shackles 78 cooperating with the shackles 72, arranged between the shackles 72 so that the distance between the cassette blocks 24 is kept constant and so that the shackles 72 in combination with the cooperating bending members 78, the wings 4, 0 enclose, whereby the cast blocks 24 are secured and ready for use. 22, the wing 10 is seen ready to be raised from its position lying on the ground 12 to the mounting location of the wind turbine hub 16, by means of the ground-based winch 26, 28.
    In FIG. 23, FIG. 24 and FIG. 25, it is seen how the blade 10 is raised by the ground-based winch 26,28, where an ground-based mobile crane 30 supports the blade tip 86, in Figure 26, the ground-based crane 30 is released from the tip 38 by the blade 10, and the blade 10 is carried, controlled and is then hoisted solely on the wires 48 of the ground-based winch 28, 28, as shown in FIG. 27 and FIG. 28th
    In FIG. 29, the wires 48 on the ground-based winch are slackened to bring the wing 10 In the correct mounting angle relative to the hub 18 of the wind turbine 2.
    I beg. 30, a section of the blade 10 is seen, with the clamping member 34 being cut! the mounting facilities 52 for mounting the blade 10 on the wind turbine hub 18 shown, and wherein the blade 10 is held in position by a controlled pull in the ground-based play 28, 28, combined with the crawl play 56 on the clamping member 34.
    1 FIG. 31, the blade 10 is seen with the mounting facilities 57 brought to the associated mounting facilities 20 on the hub 18, ready for Initiating attachment by one or more bolts (Not shown).
    In FIG. 32, the wing ID necessary for mounting the wing ID on the hub 18 is made so that the holes (Not shown) In the mounting facilities 37, 20, on the wing 10 and the hub 18, respectively, are caused to overlap by displacing the other wire wheels 84 by actuating the actuators 55 on the clamping member 34, after which the remaining bolts (Not shown) for attaching the blade 10 to the hub 18 are applied, the blade 10 is then completed mounted on the hub 18.
    FIG. 33 and tig. 34 shows how the first clamping member 32 is released from its engagement with the wing 10. Upon actuation of the first actuator 46, the pivotal arrester leg 44 is pivoted out in open position.
    FIG. 35 and 38 show similarly how the second clamping member 34 is released from its engagement with the wing 10. The germs 32, 34 are then freely suspended in the wires 48, as seen in FIG. 37, subsequently increase the wires 48 by grounding 28. 28, whereby the germs 32, 34 are released from the wing 10 as shown in FIG. 38, and hoisted at ground 28, 28 against ground 12 as shown in FIG. 39, where the pull in that Wire 48 wires 48 is quenched, thus by the germs 32, 34 before ground contact, Finally, the throw blocks 24, the shackles 72 and the cooperating shackles 78 and the bracket 78 are fired. the ground surface 12 with the cables 74 for the lightweight crane 22.
    Finally, the lightweight crane 22 is disassembled in the nacile 18 and fired down with the wind turbine's internal winch (not shown), after which the single blade change is performed.
    Finally, it should be noted that the inventor bar recognized by the germs 32, 34 for carrying out the method may adopt other embodiments than those shown in the accompanying drawing and described above, but this does not change the inventive aspect of the means. enabling quick and efficient mounting of a single blade 10 on wind turbines 2, using the described clamping means 32,34, at least one of which is provided with a crawler 58 for raising the blade 10 the last piece of ten! its mounting location 20 on the wind turbine hub 18, in combination with an earth-based winch 28, 28, whose wires 48 are connected to casing blocks 24 anchored in a suitable location at the blade mounting location 20 on the wind turbine hub 18, for raising and steering the wing 10 between the earth surface 12 and the monphage stage on the wind turbine hub,
    权利要求:
    Claims (7)
    [1]
    1, A method for performing a single-boiler plate on a wind turbine (2) using, near the foot of the windmill, a focussed gaming system (26, 28), which gaming system comprises throwing blocks (24) for anchoring on / in the nail (16) of the wind turbine, alternatively on other mounted blades (4t 6) on the wind turbines hub (18), know eteg -π by including the following steps; -assembly of a lightweight crane (22) In the seam (16), -Assembly of a gaming system (26, 28) near the wind turbines foot, "Mounting of the first clamping means (32) with wire wheels (50) and / or crankshaft I (58) ) on the wing (10), closest to its tip (36), and closing of the clamping member (32), positioning of another clamping member (34) with wire wheels (SO) and / or crawler (56) on the wing (10), closest its mounting facelift (3 ) for mounting on the wind turbines hub (18) and closing of the clamping member (32), establishing at least one fixed wire connection (88) between the first clamping member (32) and the second clamping member (34), - guiding and securing the lifting rollers (48) of the ground-based gaming system to wire wheels (80, 54), respectively, on the first and second clamping means (32, 34) and at least one clamping pin (58), on one or both clamping means ( 32, 34), and further file the throwing jaws (24), raising the throwing jaws (24) with the lightweight crane (22) to relevant transfer points on / in the needle (18) ) or on other blades (4, 8) of the wind turbine (2), anchoring the throwing blocks (24) on / in the nails (18) or on other mounting "the blades (4,8) on the wind turbine (2), - Initiating raising of the blade (10) by the ground-based gaming system (26, 28), while supporting the tip of the blade (38) by means of a smaller mobile groundhair lift (30) until the tip of the blade (38) is free of the ground surface ( 12), raising the wing (10) by means of the ground-based winch system (26, 28) to a position below its mounting position (20) on the hub (18), - reducing the drag of the ground-based game wire (48) that the wire is oriented approximately vertically, or In the preferred mounting angle of the blade (10), activation of the crevice spilate (58) on the ground-based play wire (48) for displacing the blade (10) to the mounting stage (20) on the wind turbine hub ( IB), - anchoring the wing (10) to the wind turbines hub (18), opening of the ctero organs (32, 34), and hoisting these foods the juvenile-based game (26, 28, 48), releasing the throwing blocks (24) for the ground-based game (26,28, 48), and hoisting it with the lightweight crane (22), removing lightweight crane (22),
    [2]
    Apparatus for carrying out the method according to claim 1 and comprising a first clamping means (32) and a second clamping means (34) for attaching a detachable attachment to a wind turbine blade (10) or near its mounting facilities (3 ) For the hub (16) of the wind turbine. ) and on the wing (10) closest to that of its spin (38), characterized in that the clamping means (32, 34) are made up of generally U-shaped frame elements (38), the first bone (40) of which is fixed and the second legs (44) are pivotally and releasably mounted to the bottom member (42) of the U-shaped frame member (38), and slidable by a first actuator (46) between an open position where relevant (37,36) valleys of the blade (10) ) may pass towards the bottom member (42) Between the first leg (40) and the second leg (44), and in a closed position where the second leg (44) is displaced in the direction of the first leg (40) where the shaped frame member (38) substantially encloses, and is pressed against the blade (10) against the first actuator (48) where each side of the bottom portion (42) is disposed against a ground-based coil wires (48) cooperating with the first wire wheel (50), the first fixed leg (40) and the second, pivotally adjustable leg (44) on the germ member (34), respectively. the wing mounting bracket (3 ) for mounting on the hub (18) of the worm assembly further includes the ground-based eating wires (48), other cooperating wire hoi (54), and at least one clamping member (32, 34) comprising at least one, with the ground-hoisted game wires (48), cooperative crawling game (58),
    [3]
    3. A device according to claim 2, characterized in that the wires (48) cooperating with the ground-based coils (48) are pivotally mounted on the first fixed leg (40) and the second rotatably leg (44) respectively. ) on clamping organs! (34) closest: the blade's montage features (3 ) For mounting on the wind turbine hubs, and slidable by another acu- pator (55).
    [4]
    4, device according to claim 2 or 3: characterized in that the germs (32, 34) are locally on their mutually facing sides, at least where they come into contact with the wing (10), the food is an elastic resilient coating. the surface of which is anti-scratch.
    [5]
    Device according to any one of claims 2-4, characterized in that the clamping means (32, 34) comprise facilities for securing at least one, preferably flare bracket (66) of the device, maintaining a preferred spacing. between the clamping tongues (32, 34) in their mounted position on the wing (10), undergoing upward and downward movement thereof,
    [6]
    Device according to any one of claims 2-5, characterized in that the bottom part (42) comprises at least one of the legs (40, 44) of the inverse 11-shaped frame element (38) comprising at least one transverse position. beam (39), the ends of which are provided with adjustable pressure shoes (41), the free ends of which are oriented towards the area bounded internally by the O-shaped frame element, to a level below the opposite side of the bottom portion (42) and in the a distance from the opposite side oblique side of the actual leg (40,44) and which free end surfaces are constituted by an elastic resilient material,
    [7]
    Device according to claim 8, characterized in that the surfaces of the free ends can further comprise an anti-slip coating.
    类似技术:
    公开号 | 公开日 | 专利标题
    DK201400575A1|2016-04-18|Method for use in single blade change on a wind turbine, and device for carrying out the method.
    JP6002248B2|2016-10-05|Weight lifting device and method
    CN105121327B|2018-01-02|For the apparatus and method for the rotor blade for placing wind turbine
    DK2723670T3|2015-11-09|Load handling device for lifting and method for assembly of blade for a wind power plant
    JP2017503733A|2017-02-02|System and method for connecting a crane suspension assembly to a post
    US20150219067A1|2015-08-06|Device and Method for Assembling a Structure
    KR20180048775A|2018-05-10|Method and system for servicing a brake system to operate with a brake disc arranged in a horizontal direction
    DK174614B1|2003-07-21|Wind turbine blade blade tip stand
    US4846445A|1989-07-11|Hydraulic fence post puller
    KR102328546B1|2021-11-17|wind turbine installation
    KR101882122B1|2018-07-26|Tool for handling a long and heavy object
    CN110100090A|2019-08-06|A kind of method and component handling wind turbine blade
    JP2017507098A|2017-03-16|Length adjustable tension member
    FR3052816A1|2017-12-22|PROCESS FOR MANEUVERING A WINDBREAD BLADE
    CN109964680A|2019-07-05|Efficient branch pruning device
    US9731942B2|2017-08-15|Secured gripping system
    US3353575A|1967-11-21|Method of delimbing and felling trees
    DK180004B1|2020-01-16|Lifting device for moving a pole between a horizontal and a vertical position
    CN205892665U|2017-01-18|A fork truck for installing arm device of buoy ballast iron and use it
    CA2124632A1|1995-12-01|Portable camping equipment hanger
    WO2014097254A1|2014-06-26|Device and method for placing a structural component
    RU138511U1|2014-03-20|ELECTRIC SUPPORT JACK
    TW202020305A|2020-06-01|Wind turbine installation
    JP6715990B2|2020-07-01|Columnar member gripping device and vehicle equipped with the device
    CN106659926A|2017-05-10|Play structure comprising a base that rests on the ground
    同族专利:
    公开号 | 公开日
    DK178627B1|2016-09-19|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    WO2018054440A1|2016-09-24|2018-03-29|Liftra Ip Aps|Rotor blade replacement system|
    US10508645B2|2017-07-17|2019-12-17|General Electric Company|System and method for suspending a rotor blade of a wind turbine uptower|
    WO2020053389A1|2018-09-13|2020-03-19|Liftra Ip Aps|Rotor blade hoisting system and method of installation and/or deinstallation of a rotor blade|
    US10598158B2|2017-07-20|2020-03-24|General Electric Company|System and method for removing or installing rotor blade hardware of a wind turbine|
    US10988351B2|2018-08-31|2021-04-27|LiftWerx Holdings Inc.|Nacelle-mounted lift system for wind turbine|
    US11168671B2|2017-11-22|2021-11-09|LiftWerx Holdings Inc.|Lift system mountable in a nacelle of a wind turbine|EP2144837B1|2007-04-30|2012-06-20|Vestas Wind Systems A/S|A mounting device|
    US20100139062A1|2009-02-25|2010-06-10|General Electric Company|Lowering and raising a single wind turbine rotor blade from six-o'clock position|
    ES2393604T3|2010-01-14|2012-12-26|Siemens Aktiengesellschaft|Clamping device to hold a blade for a wind turbine and method of insalation of wind turbine blades|
    KR20120139669A|2011-04-05|2012-12-27|미츠비시 쥬고교 가부시키가이샤|Renewable energy type generating apparatus|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DKPA201400575A|DK178627B1|2014-10-08|2014-10-08|Method for use in single blade change on a wind turbine, and device for carrying out the method.|DKPA201400575A| DK178627B1|2014-10-08|2014-10-08|Method for use in single blade change on a wind turbine, and device for carrying out the method.|
    [返回顶部]