CN103342296B - Adhering self-elevating-type tower crane for hoisting wind power equipment - Google Patents

Adhering self-elevating-type tower crane for hoisting wind power equipment Download PDF

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Publication number
CN103342296B
CN103342296B CN201310304234.0A CN201310304234A CN103342296B CN 103342296 B CN103342296 B CN 103342296B CN 201310304234 A CN201310304234 A CN 201310304234A CN 103342296 B CN103342296 B CN 103342296B
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auxiliary
main
oil cylinder
tightly
holding arm
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CN201310304234.0A
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CN103342296A (en
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赖德元
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中国水利水电第十工程局有限公司
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Abstract

The invention discloses an adhering self-elevating-type tower crane for hoisting wind power equipment. The adhering self-elevating-type tower crane of the wind power equipment comprises an elevating device, a main framework, a main clasping oil cylinder, a main clasping arm, an auxiliary framework, an auxiliary clasping oil cylinder, an auxiliary clasping arm and an elevating oil cylinder; the axial direction of the elevating oil cylinder is the vertical direction; an oil cylinder seat and a piston rod of the elevating oil cylinder are respectively connected with the main framework and the auxiliary framework; the oil cylinder seat of the main clasping oil cylinder is installed on the main framework; a piston rod of the main clasping oil cylinder is connected with the main clasping arm; the main clasping arm is arranged on the inner side of the main framework; an oil cylinder seat of the auxiliary clasping oil cylinder is installed on the auxiliary framework; a piston rod of the auxiliary clasping oil cylinder is connected with the auxiliary clasping arm; the auxiliary clasping arm is arranged on the inner side of the auxiliary framework; the inner side of the main clasping arm and the inner side of the auxiliary clasping arm are both used for clasping a fan tower section; and the elevating device is installed on the main framework. The tower crane is adhered to the fan tower section repeatedly through the main framework and the auxiliary framework in application, so that the whole tower crane climbs to the required height, and is elevated; the adhering self-elevating-type tower crane for hoisting the wind power equipment has the advantages of light weight, low manufacture cost and less limited conditions.

Description

Wind power equipment lifting attachment self-elevating tower crane
Technical field
The present invention relates to a kind of wind power equipment lifting tower crane, particularly relate to a kind of lightweight, that cost is low, confined condition is few wind power equipment lifting and adhere to self-elevating tower crane.
Background technology
It is all use large automobile crane or crawler crane to complete that present China and in the world great wind-power units are installed, 500 tons of wheel cranes or 400 tons of crawler cranes are needed to lift because 1.5MW wind power generator cabin equipment self-weight more than 60 ton is arranged on about 70 meters high, 3MW, 5MW, 6MW wind-power electricity generation needs more than 1000 tons crane liftings, and the marine 5MW assembling of " Super Engineering " employs 3000 tons of cranes.Large-scale crane cost high (about 100,000 yuan one ton), resource-constrained, range of use are limited, and general enterprises is difficult to be equipped with.The present land wind power plant single-machine capacity overwhelming majority is at below 1.5MW, mainly be subject to the restriction of lifting resource, major part build on Gobi desert, River Valley Region, mountain pass is little, its major cause is that large-scale lifting appliance is difficult to admission cause, China's large going to the world of step of other generating sets and wind power plant is little is also the cause that corresponding large-scale lifting appliance is restricted.So how the hanging device of wind power equipment realizes miniaturization, simplification, cheapization and how to be subject to mounting condition restriction as few as possible, is the important step of development wind-powered electricity generation.
Summary of the invention
Object of the present invention is just to provide a kind of lightweight, that cost is low, confined condition is few wind power equipment lifting to adhere to self-elevating tower crane to solve the problem.
In order to achieve the above object, present invention employs following technical scheme:
Wind power equipment lifting attachment self-elevating tower crane of the present invention comprises lifting appliance, main frame, master holds oil cylinder tightly, main holding arm, auxiliary framework, auxiliaryly hold oil cylinder tightly, auxiliary holding arm and hoist cylinder, the axial direction of described hoist cylinder is vertical direction, the oil cylinder seat of described hoist cylinder is connected with described main frame and described auxiliary framework respectively with piston rod, the oil cylinder seat that described master holds oil cylinder tightly is installed on described main frame, the piston rod that described master holds oil cylinder tightly is connected with described main holding arm, described main holding arm is placed in the inner side of described main frame, the described auxiliary oil cylinder seat holding oil cylinder tightly is installed on described auxiliary framework, the described auxiliary piston rod holding oil cylinder tightly is connected with described auxiliary holding arm, described auxiliary holding arm is placed in the inner side of described auxiliary framework, the inner side of described main holding arm and the inner side of described auxiliary holding arm are all for holding blower fan tower barrel tightly, described lifting appliance is installed on described main frame.
During application, first with conventional cranes, nethermost first segment blower fan tower barrel is installed on blower foundation, then this tower crane is installed on blower fan tower barrel.Main frame, master holds oil cylinder tightly and main holding arm forms a main platform, and it ensures self can be attached on blower fan tower barrel by main hydraulic coupling of holding oil cylinder tightly; Auxiliary framework, auxiliaryly hold oil cylinder tightly and auxiliary holding arm forms an auxiliary platform, it ensures self can be attached on blower fan tower barrel by auxiliary hydraulic coupling of holding oil cylinder tightly; Hoist cylinder is used for when main platform (or auxiliary platform) is fixing, auxiliary platform (or main platform) being moved up, and the circulation realizing main platform and auxiliary platform is risen, and reaches the object of this tower crane mobile on blower fan tower barrel; Lifting appliance is used for after this tower crane moves to the top of blower fan tower barrel, by ground by the second section of lifting part, Section three, cabin, whole hoisted in position such as fan blade.Owing to make use of the strength and stiffness of blower fan tower barrel, suspended object installation site of climbing carries out lifting by crane so the own vol of this tower crane, weight demands significantly reduce.
Particularly, described main frame comprises three head trees and six roots of sensation main beam, the upper end of three described head trees is connected with wherein three described main beams are alternate and form triangle respectively, the lower end of three described head trees is alternate with other three described main beams to be respectively connected and to form triangle, and described lifting appliance is installed on the described main beam above described main frame; Described auxiliary framework is positioned at the inner side of described main frame, and described auxiliary framework comprises three auxiliary columns and three auxiliary crossbeams, and three described auxiliary columns and the alternate connection of three described auxiliary crossbeams also form triangle; The oil cylinder seat of described hoist cylinder and piston rod respectively with in described main frame above described main beam and the auxiliary crossbeam of described auxiliary framework be connected, described hoist cylinder is three, and each described hoist cylinder lays respectively between two described head trees.This triangular structure has stressed clear, good stability, and circle cross section triangle is equicrural triangle, its three angles stressed equal.
Described master holds oil cylinder and a described main holding arm tightly and forms a master and hold unit tightly, it is six that described master holds unit tightly, the oil cylinder seat that the master that wherein three described masters hold unit tightly holds oil cylinder tightly is installed on the middle and upper part of three described head trees respectively, and the oil cylinder seat that the master that other three described masters hold unit tightly holds oil cylinder tightly is installed on the middle and lower part of three described head trees respectively; Described auxiliary oil cylinder and a described auxiliary holding arm of holding tightly forms one and auxiliaryly holds unit tightly, and described auxiliary unit of holding tightly is three, and three described auxiliary auxiliary oil cylinder seats holding oil cylinder tightly holding unit tightly are installed on three described auxiliary columns respectively.Six masters hold unit tightly and three auxiliaryly hold the surrounding that unit is centered around blower fan tower barrel equably tightly, have the advantages that attachment is firm, structure is simple, cost is few.
In order to firm three main holding arms and the connection below between three main holding arms above further, it is made to hold close look at the swing tightly, above three described main holding arms are fixedly connected with by being connected column with between the described main holding arm of three below, the position that the inner side of described head tree outer end is corresponding with described main holding arm is provided with main runner block, described main runner block is provided with and leads and spacing main chute for carrying out described connection column, the outer end of described connection column is connected with master slider, the end of described master slider is boss structure and matches with described main chute, it is spacing that described master slider is subject to described main chute at plummet and left and right horizontal direction, described master slider can move in described main chute.
Effect is held tightly in order to ensure auxiliary holding arm, the position that the inner side of described auxiliary column is corresponding with described auxiliary holding arm is provided with auxiliary runner block, described auxiliary runner block is provided with and leads and spacing auxiliary chute for carrying out described auxiliary holding arm, and the auxiliary slide block be connected with described auxiliary holding arm and described auxiliary chute cooperatively interact.
Particularly, described main holding arm comprises compression equalizer bar, clamping frame and rubber pad, one end of described compression equalizer bar is held oil cylinder tightly with described master and is connected, the other end of described compression equalizer bar is the "T"-shaped structure of level, two jiaos of described "T"-shaped structure are connected with one end of two described clamping frames respectively, described rubber pad is installed on the other end of described clamping frame, and the outer end of described rubber pad compresses with the tube wall of described blower fan tower barrel and contacts.More specifically, one end of described compression equalizer bar and described master hold oil cylinder plummet tightly and are hinged, two jiaos of described "T"-shaped structure are hinged with one end plummet of two described clamping frames respectively, and described clamping frame can horizontally rotate respectively around its hinge, to blower fan tower barrel energy automatic aligning; Described clamping frame is " V " shape " T " cabinet frame, the single head end plummet of described " V " shape " T " cabinet frame is connected and installed on two jiaos of described "T"-shaped structure, multiple described rubber pad is installed on the double end end of described " V " shape " T " cabinet frame respectively, the "T"-shaped structure of described compression equalizer bar and " V " shape structure of described clamping frame are point-like diffusive force transferring structures, namely 1 point 2, the power transferring structure of 2 point 4, this is also solve reducing blower fan tower barrel to the structure of automatic aligning in its compaction process.In said structure, the rotatable characteristic of clamping frame is conducive to making holding arm to blower fan tower barrel energy automatic aligning, makes it be in optimum position, and rubber pad then can increasing friction force, reduces firmly to contact infringement.
Correspondingly, described auxiliary holding arm comprises a compression dowel bar, a clamping frame and two rubber pads, one end of described compression dowel bar is connected with described auxiliary oil cylinder of holding tightly, the other end and the described clamping frame plummet of described compression dowel bar are hinged, described clamping frame is " V " shape " T " cabinet frame, single head end and the described compression dowel bar plummet of described " V " shape " T " cabinet frame are hinged, two described rubber pads are installed on " T " word montant of the double end end of described " V " shape " T " cabinet frame, described rubber pad is used for compressing with the tube wall of described blower fan tower barrel contacting.
As conventional application demand, described lifting appliance comprises arm, winch, steel rope and suspension hook; Described arm is 2, is installed on respectively on two described main beams above described main frame.
For the ease of regulating the luffing angle of arm, the pitching oil cylinder of the luffing angle for adjusting described arm is installed between described arm and described main frame.
Beneficial effect of the present invention is:
Be attached to wind power plant tower cylinder by main frame and the circulation of auxiliary framework during the application of this tower crane, utilize the intensity of blower fan tower barrel self, rigidity, realize the soaring of whole tower crane and installed in installation site by lifting part.This tower crane has the following advantages: oneself height is low, volume is little, lightweight; Cheap, being about is that same lift heavy hangs about 10% of high crane capacity ultra-large type hanging device value, even lower; Overall security is higher than general crane, does not affect by ground, and the impact of lifting process by wind is little, and transport after disintegrating, that transition is restricted condition is few; Degree of utilization can be increased as much as possible to the exploitation of wind energy turbine set, can easily pass in and out and transition the place that ultra-large type lifting appliance is difficult to march into the arena, overcome the difficult problem that large-scale crane resources is deficient, expensive, pass in and out field, transition difficulty, the development of serious restriction Large Copacity blower fan, for China greatly develops wind-power electricity generation injection strong impetus.
Accompanying drawing explanation
Fig. 1 is that front view cuts open in the office of wind power equipment of the present invention lifting attachment self-elevating tower crane;
Fig. 2 is the right elevation of wind power equipment of the present invention lifting attachment self-elevating tower crane;
Fig. 3 is the birds-eye view of wind power equipment of the present invention lifting attachment self-elevating tower crane;
Fig. 4 is the birds-eye view of main frame of the present invention;
Fig. 5 is the birds-eye view of auxiliary framework of the present invention;
Fig. 6 is the birds-eye view of main holding arm of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further described in detail:
As Fig. 1, shown in Fig. 2 and Fig. 3, wind power equipment lifting attachment self-elevating tower crane of the present invention comprises lifting appliance, main frame 14, master holds oil cylinder 5 tightly, main holding arm 6, auxiliary framework 8, auxiliaryly hold oil cylinder 19 tightly, auxiliary holding arm 18 and hoist cylinder 16, the axial direction of hoist cylinder 16 is vertical direction, the oil cylinder seat of hoist cylinder 16 is connected with main frame 14 and auxiliary framework 8 respectively with piston rod, the main oil cylinder seat holding oil cylinder 5 tightly is installed on main frame 14, the main piston rod holding oil cylinder 5 tightly is connected with main holding arm 6, main holding arm 6 is placed in the inner side of main frame 4, the auxiliary oil cylinder seat holding oil cylinder 19 tightly is installed on auxiliary framework 8, the auxiliary piston rod holding oil cylinder 19 tightly is connected with auxiliary holding arm 18, auxiliary holding arm 18 is placed in the inner side of auxiliary framework 8, the inner side of main holding arm 6 and the inner side of auxiliary holding arm 18 are all for holding blower fan tower barrel (second section tightly, section three, tower cylinder is also by lifting part, all tower cylinders 17 are lower large little structure), described lifting appliance is installed on main frame 14.As conventional application demand, described lifting appliance comprises arm 1, winch 2, steel rope 11 and suspension hook 12; Arm is 2, is installed on respectively on two main beams 10 above main frame 14.For the ease of regulating the luffing angle of arm 1, be provided with two between arm 1 and main frame 14 for adjusting the pitching oil cylinder 13 of the luffing angle of arm 1; In order to can the decline of rear tower crane be installed at fan blade and disassemble, main frame 14 is provided with and returns oil cylinder 15, upright position was adjusted to-4 degree left and right by pitching oil cylinder 13 at tower crane arm 1, tower crane can drop to ground, remove arm 1 and continue adjustment arm 1 to-20 degree left and right by pitching oil cylinder 13, the piston rod returning oil cylinder 15 is connected with the hanger of arm 1, returns oil cylinder 15 working suspension arm 1 and is put into ground dismounting.
As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, main frame 14 comprises three head trees 9 and six roots of sensation main beam 10, the upper end of three head trees 9 is connected with wherein three main beams 10 are alternate and form triangle respectively, the lower end of three head trees 9 is alternate with other three main beams 10 to be respectively connected and to form triangle, the lower end of two arms 1 is installed on two main beams 10 above main frame 14 respectively by arm mount pad, and winch 2 is installed on the position near head tree 9 on the main beam 10 above main frame 14; Auxiliary framework 8 is positioned at the inner side of main frame 14, and auxiliary framework 8 comprises three auxiliary columns 28 and three auxiliary crossbeams, 31, three auxiliary columns 28 and the alternate connection of three auxiliary crossbeams 31 and forms triangle; The oil cylinder seat of three hoist cylinders 16 and piston rod respectively with in main frame 14 above three main beams 10 and three auxiliary crossbeams 31 of auxiliary framework 8 are corresponding is connected, each hoist cylinder 16 lays respectively between two head trees 9.
As shown in Fig. 1, Fig. 3, Fig. 4 and Fig. 5, master holds oil cylinder 5 and a main holding arm 6 tightly and forms a master and hold unit tightly, it is six that described master holds unit tightly, the oil cylinder seat that the master that wherein three masters hold unit tightly holds oil cylinder 5 tightly is installed on the middle and upper part of three head trees 9 respectively, and the oil cylinder seat that the master that other three masters hold unit tightly holds oil cylinder 5 tightly is installed on the middle and lower part of three head trees 9 respectively; Above three main holding arms 6 are fixedly connected with by being connected column 7 with between the main holding arm 6 of three below, the position that the inner side of head tree 9 outer end is corresponding with main holding arm 6 is provided with main runner block 25, main runner block 25 is provided with for carrying out leading and spacing main chute (not shown) to connecting column 7, the outer end connecting column 7 is connected with master slider 26, the end of master slider 26 is boss structure and matches with main chute, it is spacing that master slider 26 is subject to main chute at plummet and left and right horizontal direction, and master slider 26 can move in main chute; One auxiliary holds oil cylinder 19 and auxiliary holding arm 18 tightly and forms one and auxiliaryly hold unit tightly, and described auxiliary unit of holding tightly is three, and three auxiliary auxiliary oil cylinder seats holding oil cylinder 19 tightly holding unit tightly are installed on three auxiliary columns 28 respectively; The position that the inner side of auxiliary column 28 is corresponding with auxiliary holding arm 18 is provided with auxiliary runner block 29, auxiliary runner block 29 is provided with and leads and spacing auxiliary chute (not shown) for carrying out auxiliary holding arm 18, and the auxiliary slide block 30 and the auxiliary chute that are connected with auxiliary holding arm 18 cooperatively interact; Six masters hold unit tightly and three auxiliaryly hold the surrounding that unit is centered around tower cylinder 17 equably tightly.Fig. 4 also show disintegration combination pin 27.
As shown in Figure 3 and Figure 6, main holding arm 6 comprises compression equalizer bar 20, clamping frame 23 and rubber pad 24(can adopt ordinary rubber tire to make), one end of compression equalizer bar 20 is held oil cylinder 5 plummet tightly with master and is hinged, the other end compressing equalizer bar 20 is the "T"-shaped structure 21 of level, two jiaos of "T"-shaped structure 21 are hinged with one end plummet of two clamping frames 23 respectively, rubber pad 24 is installed on the other end of clamping frame 23, the outer end of rubber pad 24 compresses with the tube wall of blower fan tower barrel 17 and contacts, clamping frame 23 can horizontally rotate respectively around its hinge, to blower fan tower barrel 17 energy automatic aligning, clamping frame 23 is " V " shape " T " cabinet frame, the single head end plummet of " V " shape " T " cabinet frame is connected and installed on two jiaos of "T"-shaped structure 21, multiple rubber pad 24 is installed on the double end end of " V " shape " T " cabinet frame respectively, the compression "T"-shaped structure 21 of equalizer bar 20 and " V " shape structure of clamping frame 23 are point-like diffusive force transferring structures, namely 1 point 2, the power transferring structure of 2 point 4, this is also solve the structure of reducing blower fan tower barrel 17 to automatic aligning in its compaction process.In said structure, the rotatable characteristic of clamping frame 23 is conducive to making main holding arm 6 pairs of blower fan tower barrels 17 energy automatic alignings, makes it be in optimum position, rubber pad 24 energy increasing friction forces, reduces firmly to contact infringement.Also show aligning axle 22 in Fig. 6, be the S. A. of clamping frame 23.
Composition graphs 3 and Fig. 6, the similar of auxiliary holding arm 18 and main holding arm 6 but more simplify, auxiliary holding arm 18 comprises a compression dowel bar, a clamping frame and two rubber pads, the one end compressing dowel bar is connected with auxiliary oil cylinder 19 of holding tightly, the other end and the clamping frame plummet that compress dowel bar are hinged, clamping frame is " V " shape " T " cabinet frame, the single head end of " V " shape " T " cabinet frame is hinged with compression dowel bar plummet, two rubber pads are installed on " T " word montant of the double end end of " V " shape " T " cabinet frame, rubber pad is used for compressing with the tube wall of blower fan tower barrel 17 contacting.Here compression dowel bar, clamping frame and rubber pad are all unmarked, this is because do not illustrate the structure of auxiliary holding arm 18 in figure, just with reference to the structure of main holding arm 6 shown in Fig. 6.The structure of the auxiliary holding arm 18 do not mentioned here is consistent with the counter structure of main holding arm 6.
The principle of design of wind power equipment lifting attachment self-elevating tower crane of the present invention is as follows:
(1) strength and stiffness of blower fan tower barrel 17 self are utilized, its intensity is that blower fan tower barrel 17 overcomes lifting torque, rough calculation is more than sufficient, the ability of pressure not unstability is born in tube wall local when being subject to lifting by crane pressure of rigidity mainly blower fan tower barrel 17, its load-carrying capacity is according to equicrural triangle clasping structure form, carries out calculation and test check and determine by anchor wire (bar) number of the caliber of blower fan tower barrel 17, thickness of pipe, enclasp device force transferring structure and length;
(2) circumference equicrural triangle arranges that tower cylinder 17 is stressed, the length of head tree 9 is as the connector of the two triangle beaer of the axial distance of tower cylinder 17, be combined into main bench board, a leg-of-mutton limit is as lift heavy orientation, the diametral load of the far-end angle strong point of upper triangle body and two angle strong points of lower triangle body near side (ns) forms lift heavy torque balance square, with regard to balancing the diametral load of square, six power of upper and lower equicrural triangle are equal, and namely its leg-of-mutton stressed strong point is the stress point of oil cylinder seat;
(3) the stressed property transition of point of equicrural triangle angle upper cylinder becomes three tube wall faces of the circumference uniform distribution of tower cylinder 17 and certain axial length stressed, its structure is that stress point is symmetrical up and down, radial symmetry one-to-two, two point four, namely the power of a point convert two to or four lines stressed, 60 tons, 1.5MW cabin, arm 8 tons, lift heavy center of gravity by apart from the outer wall 4 meters of tower cylinder 17, platform up and down master hold tightly oil cylinder 5 support interval 4 meters, rubber 24 friction coefficient by 0.5, the oil cylinder strong point is stressed is about 60 tons, stressed by 4 lines (bar), stressed 15 tons of every bar;
(4) connecting column 7 and association structure is the conversion body that the power of main platform is transmitted to tower cylinder 17, the vertical force of main platform to be delivered to master slider 26 by its main runner block 25 to be connected column 7, utilize the master on the head tree 9 of main platform to hold oil cylinder 5 transmission of pressure tightly and compress equalizer bar 20 and to be connected column 7 be rigidly connected to compressing equalizer bar 20(), clamping frame 23 and rubber pad 24, be namely delivered to tower cylinder 17.
The installation of wind power equipment of the present invention lifting attachment self-elevating tower crane, work and unloading process are as follows:
(1) erection of equipment: first segment tower cylinder 17 is by common crane lifting, afterwards the main platform only remaining main beam 10 after assembling is hung on chassis, the overall installation site being moved on to tower cylinder 17, then installs the main beam 10 between head tree 9, completes the installation of main platform; Install auxiliary platform and with hoist cylinder 16, connect pitching oil cylinder 13, return oil cylinder 15, hydraulic efficiency pressure system possesses service conditions; Compression, hoist cylinder 16 enter control position; Lifting appliance is installed.
(2) working process: this tower crane climbing lifts second section tower cylinder 17 after possessing the condition of lifting second section tower cylinder 17 to the middle and upper part of first segment tower cylinder 17; Lift Section of three tower cylinder 17 by that analogy, at joint portion lifting fan and the miscellaneous part of 2 ~ 3 joint tower cylinders 17, finally lift fan blade.Tower crane lifting (namely climb and decline) process is as follows: during lifting, main platform enclasp device unclamps, auxiliary platform enclasp device compresses, hoist cylinder 16 works, and is elevated main platform, and after reaching desired location, main platform enclasp device compresses, auxiliary platform unclamps, hoist cylinder 16 works, and auxiliary platform liftable, also can enter lifting state.
(3) remove: erecting equipment has lifted, arm 1 continues to face upward plumb position and declines to-4 degree left and right (suspension hook coaster is close to tower cylinder 17) facilities, platform is placed down on track chassis, arm 1 bends down unloading bar direction,-10 degree left and right connections return oil cylinder 15, and remove pitching oil cylinder 13, arm 1 continues nutation, put off on ground by suspension hook 12 before 45 degree, arm 1 nutation lifts by crane dismounting to close to during ground by crane; If be only the main platform of transition only remove main beam 10, auxiliary, the contact part-structure that the auxiliary platform of impact exits only removed by platform; Make the transition as much as possible of the parts on the head tree 9 of main platform.

Claims (9)

1. a wind power equipment lifting attachment self-elevating tower crane, comprise lifting appliance, it is characterized in that: also comprise main frame, master holds oil cylinder tightly, main holding arm, auxiliary framework, auxiliaryly hold oil cylinder tightly, auxiliary holding arm and hoist cylinder, the axial direction of described hoist cylinder is vertical direction, the oil cylinder seat of described hoist cylinder is connected with described main frame and described auxiliary framework respectively with piston rod, the oil cylinder seat that described master holds oil cylinder tightly is installed on described main frame, the piston rod that described master holds oil cylinder tightly is connected with described main holding arm, described main holding arm is placed in the inner side of described main frame, the described auxiliary oil cylinder seat holding oil cylinder tightly is installed on described auxiliary framework, the described auxiliary piston rod holding oil cylinder tightly is connected with described auxiliary holding arm, described auxiliary holding arm is placed in the inner side of described auxiliary framework, the inner side of described main holding arm and the inner side of described auxiliary holding arm are all for holding blower fan tower barrel tightly, described lifting appliance is installed on described main frame, described main frame comprises three head trees and six roots of sensation main beam, the upper end of three described head trees is connected with wherein three described main beams are alternate and form triangle respectively, the lower end of three described head trees is alternate with other three described main beams to be respectively connected and to form triangle, and described lifting appliance is installed on the described main beam above described main frame, described auxiliary framework is positioned at the inner side of described main frame, and described auxiliary framework comprises three auxiliary columns and three auxiliary crossbeams, and three described auxiliary columns and the alternate connection of three described auxiliary crossbeams also form triangle, the oil cylinder seat of described hoist cylinder and piston rod respectively with in described main frame above described main beam and the auxiliary crossbeam of described auxiliary framework be connected, described hoist cylinder is three, and each described hoist cylinder lays respectively between two described head trees.
2. wind power equipment lifting attachment self-elevating tower crane according to claim 1, it is characterized in that: described master holds oil cylinder and a described main holding arm tightly and forms a master and hold unit tightly, it is six that described master holds unit tightly, the oil cylinder seat that the master that wherein three described masters hold unit tightly holds oil cylinder tightly is installed on the middle and upper part of three described head trees respectively, and the oil cylinder seat that the master that other three described masters hold unit tightly holds oil cylinder tightly is installed on the middle and lower part of three described head trees respectively; Described auxiliary oil cylinder and a described auxiliary holding arm of holding tightly forms one and auxiliaryly holds unit tightly, and described auxiliary unit of holding tightly is three, and three described auxiliary auxiliary oil cylinder seats holding oil cylinder tightly holding unit tightly are installed on three described auxiliary columns respectively.
3. wind power equipment lifting attachment self-elevating tower crane according to claim 2, it is characterized in that: above three described main holding arms are fixedly connected with by being connected column with between the described main holding arm of three below, the position that the inner side of described head tree outer end is corresponding with described main holding arm is provided with main runner block, described main runner block is provided with and leads and spacing main chute for carrying out described connection column, the outer end of described connection column is connected with master slider, the end of described master slider is boss structure and matches with described main chute, it is spacing that described master slider is subject to described main chute at plummet and left and right horizontal direction, described master slider can move in described main chute.
4. wind power equipment lifting attachment self-elevating tower crane according to claim 3, it is characterized in that: the position that the inner side of described auxiliary column is corresponding with described auxiliary holding arm is provided with auxiliary runner block, described auxiliary runner block is provided with and leads and spacing auxiliary chute for carrying out described auxiliary holding arm, and the auxiliary slide block be connected with described auxiliary holding arm and described auxiliary chute cooperatively interact.
5. according to the wind power equipment lifting attachment self-elevating tower crane in claim 1-4 described in any one, it is characterized in that: described main holding arm comprises compression equalizer bar, clamping frame and rubber pad, one end of described compression equalizer bar is held oil cylinder tightly with described master and is connected, the other end of described compression equalizer bar is the "T"-shaped structure of level, two jiaos of described "T"-shaped structure are connected with one end of two described clamping frames respectively, described rubber pad is installed on the other end of described clamping frame, and the outer end of described rubber pad compresses with the tube wall of described blower fan tower barrel and contacts.
6. wind power equipment lifting attachment self-elevating tower crane according to claim 5, it is characterized in that: one end of described compression equalizer bar and described master hold oil cylinder plummet tightly and be hinged, two jiaos of described "T"-shaped structure are hinged with one end plummet of two described clamping frames respectively; Described clamping frame is " V " shape " T " cabinet frame, the single head end plummet of described " V " shape " T " cabinet frame is connected and installed on two jiaos of described "T"-shaped structure, multiple described rubber pad is installed on the double end end of described " V " shape " T " cabinet frame respectively, and the "T"-shaped structure of described compression equalizer bar and " V " shape structure of described clamping frame are point-like diffusive force transferring structures.
7. according to the wind power equipment lifting attachment self-elevating tower crane in claim 1-4 described in any one, it is characterized in that: described auxiliary holding arm comprises a compression dowel bar, a clamping frame and two rubber pads, one end of described compression dowel bar is connected with described auxiliary oil cylinder of holding tightly, the other end and the described clamping frame plummet of described compression dowel bar are hinged, described clamping frame is " V " shape " T " cabinet frame, single head end and the described compression dowel bar plummet of described " V " shape " T " cabinet frame are hinged, two described rubber pads are installed on " T " word montant of the double end end of described " V " shape " T " cabinet frame, described rubber pad is used for compressing with the tube wall of described blower fan tower barrel contacting.
8., according to the wind power equipment lifting attachment self-elevating tower crane in claim 1-4 described in any one, it is characterized in that: described lifting appliance comprises arm, winch, steel rope and suspension hook; Described arm is 2, is installed on respectively on two described main beams above described main frame.
9. wind power equipment lifting attachment self-elevating tower crane according to claim 8, is characterized in that: the pitching oil cylinder being provided with the luffing angle for adjusting described arm between described arm and described main frame.
CN201310304234.0A 2013-07-19 2013-07-19 Adhering self-elevating-type tower crane for hoisting wind power equipment CN103342296B (en)

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Publication number Priority date Publication date Assignee Title
CN103663200A (en) * 2013-12-14 2014-03-26 广西大学 Extendible four-mobility flexible support device for tower crane
CN103663201A (en) * 2013-12-14 2014-03-26 广西大学 Six-range of motion flexible supporting device of extensible tower crane
CN104370220B (en) * 2014-10-18 2017-01-18 青岛中天斯壮科技有限公司 Self-climbing maintenance robot for wind power generation tower
ES2695626B2 (en) * 2017-06-30 2020-05-19 Hws Concrete Towers S L Self-climbing device for vertical and quasi-vertical concrete surfaces and operating procedure.
DK3434639T3 (en) * 2017-07-27 2019-12-09 S&L Access Systems Ab LIFTING CONSTRUCTION TO LIFT COMPONENTS FOR A WINDMILL AND PROCEDURE FOR USING THE LIFTING CONSTRUCTION

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101481069A (en) * 2008-12-10 2009-07-15 三一电气有限责任公司 Climbing device, climbing system, climbing lifting system and climbing method
CN101590982A (en) * 2009-06-24 2009-12-02 张世宇 Wind power generation climbing hoisting crane
CN102198914A (en) * 2011-04-19 2011-09-28 岑益南 Working platform for installing wind generating set
CN102407004A (en) * 2011-10-21 2012-04-11 沈阳建筑大学 Multifunctional automatic climbing device
ES2394824A1 (en) * 2011-06-08 2013-02-05 Universidad De Burgos Trepador device for towers of wind turbines and procedure of utilization of the same (Machine-translation by Google Translate, not legally binding)
CN202968032U (en) * 2012-11-23 2013-06-05 纽科伦(新乡)起重机有限公司 Mechanical touch hand, self-elevating column climbing device and self-elevating wind power equipment maintenance system
CN203402856U (en) * 2013-07-19 2014-01-22 中国水利水电第十工程局有限公司 Self-lifting attached tower crane for wind power equipment hoisting

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH1182285A (en) * 1997-09-16 1999-03-26 Nkk Corp Construction method of wind power generator, climbing crane device, and maintenance using the same
GB2459874B (en) * 2008-05-08 2010-09-15 Iti Scotland Ltd A clamping system and self advancing support platform

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101481069A (en) * 2008-12-10 2009-07-15 三一电气有限责任公司 Climbing device, climbing system, climbing lifting system and climbing method
CN101590982A (en) * 2009-06-24 2009-12-02 张世宇 Wind power generation climbing hoisting crane
CN102198914A (en) * 2011-04-19 2011-09-28 岑益南 Working platform for installing wind generating set
ES2394824A1 (en) * 2011-06-08 2013-02-05 Universidad De Burgos Trepador device for towers of wind turbines and procedure of utilization of the same (Machine-translation by Google Translate, not legally binding)
CN102407004A (en) * 2011-10-21 2012-04-11 沈阳建筑大学 Multifunctional automatic climbing device
CN202968032U (en) * 2012-11-23 2013-06-05 纽科伦(新乡)起重机有限公司 Mechanical touch hand, self-elevating column climbing device and self-elevating wind power equipment maintenance system
CN203402856U (en) * 2013-07-19 2014-01-22 中国水利水电第十工程局有限公司 Self-lifting attached tower crane for wind power equipment hoisting

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