CN206860373U - One kind is used for wind electricity blade transport fixing device - Google Patents

One kind is used for wind electricity blade transport fixing device Download PDF

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Publication number
CN206860373U
CN206860373U CN201720234247.9U CN201720234247U CN206860373U CN 206860373 U CN206860373 U CN 206860373U CN 201720234247 U CN201720234247 U CN 201720234247U CN 206860373 U CN206860373 U CN 206860373U
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CN
China
Prior art keywords
spring
montant
bracing wire
wind electricity
electricity blade
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CN201720234247.9U
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Chinese (zh)
Inventor
姜伟
高永峰
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宁夏汇力能源科技有限公司
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Priority to CN201720234247.9U priority Critical patent/CN206860373U/en
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Publication of CN206860373U publication Critical patent/CN206860373U/en

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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/70Wind energy
    • Y02E10/72Wind turbines with rotation axis in wind direction

Abstract

A kind of fixing device is the utility model is related to, more particularly to a kind of wind electricity blade that is used for transports fixing device.The technical problems to be solved in the utility model is to provide one kind and does not wear wind electricity blade, reduce potential safety hazard, do not make wind electricity blade is impaired to be used for wind electricity blade transport fixing device.In order to solve the above-mentioned technical problem, the utility model provides such a wind electricity blade that is used for and transports fixing device, includes bottom plate, slide rail, sliding block, wedge, the first spring, electronic reel, the first bracing wire, the second bracing wire, the first montant, the second montant, first guide pin bushing etc.;Fixed block is installed by bolted connection at left and right sides of bottom base plate.The utility model second spring has cushioning effect, occurs without wind electricity blade and rock in the transport of wind electricity blade, has reached and has not worn wind electricity blade, reduce potential safety hazard, do not make the impaired effect of wind electricity blade.

Description

One kind is used for wind electricity blade transport fixing device

Technical field

A kind of fixing device is the utility model is related to, more particularly to a kind of wind electricity blade that is used for transports fixing device.

Background technology

Wind electricity blade is that certainty is higher, market capacity is larger in wind power components, profit model clearly industry.With confession The alleviation of nervous situation is needed, wind electricity blade industry will also occur from heroes' tangled warfare to several transformations contended for hegemony by force, China's wind-powered electricity generation therewith Blade industry is undergoing the integration of shuffling of a professional.With the expansion of wind electricity blade market scale, cost and price are all It will decline, but the entreprise cost decrease speed for possessing scale, technology and cost advantage will exceed price reduction speed, and profit exceedes Average level.Following industry competitive situation requires that manufacturer's popularization, cost reduce and technically keep some superiority.

Wind electricity blade belongs to overlength intangibility large-sized object, and in transit, if not fixing, wind electricity blade surface can quilt Abrasion, wind electricity blade even can also drop, and so as to cause the damage of wind electricity blade, potential safety hazard is big, risk is high, therefore needs badly and grind Hair one kind does not wear wind electricity blade, reduces potential safety hazard, do not make wind electricity blade is impaired to be used for the fixed dress of wind electricity blade transport Put.

Utility model content

(1)Technical problems to be solved

The utility model does not fix, wind electricity blade surface can be worn, and wind electricity blade is even to overcome in transit It can also drop, so as to cause the damage of wind electricity blade, the shortcomings that potential safety hazard is big, risk is high, skill to be solved in the utility model Art problem is to provide one kind and does not wear wind electricity blade, reduce potential safety hazard, do not make wind electricity blade is impaired to be used for wind electricity blade Transport fixing device.

(2)Technical scheme

In order to solve the above-mentioned technical problem, the utility model provides such a wind electricity blade that is used for and transports fixed dress Put, include bottom plate, slide rail, sliding block, wedge, the first spring, electronic reel, the first bracing wire, the second bracing wire, first perpendicular Bar, the second montant, the first guide pin bushing, transverse slat, the 3rd montant, contact roller, the first guide rod, the second guide pin bushing, second spring and placement Frame, the bottom base plate left and right sides are provided with fixed block, spiral shell are passed sequentially through from left to right at the top of bottom plate by bolted connection Tether the mode connect and the first montant, slide rail and the second montant are installed, slide rail is provided with the sliding block coordinated with it, and slider top is led to Cross bolted mode and wedge be installed, be connected with the first spring between left slider and the first montant, right side sliding block with Also the first spring is connected between second montant, slide rail crown center is provided with electronic reel by bolted connection, The first bracing wire and the second bracing wire are wound with electronic reel, the first bracing wire tail end is connected with left slider right flank, the second bracing wire Tail end is connected with right side sliding block left surface, and the first guide pin bushing, the guide pin bushing of left side first and right side are cased with the first montant and the second montant Transverse slat is connected between second guide pin bushing, the 3rd montant is all installed by bolted connection at left and right sides of transverse slat bottom, the Three montant bottoms are provided with contact roller, contact roller and wedge contact of incline plane, transverse slat top by bolted connection The left and right sides is provided with the first guide rod, and the second guide pin bushing is cased with the first guide rod, the second bullet is connected between the second guide pin bushing and transverse slat Spring, second spring are enclosed on the first guide rod, and placing frame is connected between the guide pin bushing of left side second and the guide pin bushing of right side second.

Preferably, in addition to draw ring, the 3rd spring, the first rubber slab, depression bar and the 3rd bracing wire, placing frame leading flank or so Depression bar is all provided with by torsionspring, left side depression bar left surface top is connected with the 3rd bracing wire, and the 3rd bracing wire tail end is connected with Draw ring, right side depression bar right flank top are also connected with the 3rd bracing wire, and the 3rd bracing wire tail end is also connected with draw ring, is provided with below depression bar First rubber slab, the 3rd spring is connected between the first rubber slab and depression bar.

Preferably, also include threaded rod and the second rubber slab, screwed hole, screwed hole inner sliding type are provided with the middle part of fixed block Be provided with threaded rod, threaded rod right-hand member is provided with the second rubber slab by bolted connection.

Preferably, also include the 3rd rubber slab, the 3rd rubber is installed by bolted connection among bottom base plate Offset plate.

Preferably, the 4th spring and portable plate are also included, the left and right sides is provided with portable plate in placing frame, and portable plate is in perpendicular Straight to set, portable plate to be symmetrical arranged, with being connected with the 4th spring, portable plate in placing frame with being slided in placing frame match somebody with somebody by portable plate Close.

Preferably, four angles of transverse slat are fitted with the first guide rod, the first guide rod bottom all by bolted connection with Connected at the top of transverse slat.

Operation principle:First choice puts the present apparatus onboard, and fixed block makes the present apparatus not rock, after wind electricity blade loads onto car, Wind electricity blade is located above placing frame, starts that electronic reel is counter to be filled, and the first bracing wire pulls left slider to move right, and left side is slided Block drives left side wedge to move right, and the second bracing wire pulls right side sliding block to be moved to the left, and right side sliding block drives right side wedge It is moved to the left, the first spring elongation, when with wedge contact of incline plane, contact roller is driven horizontal contact roller by the 3rd montant Plate moves up, and then transverse slat drives the first guide rod to move up, and then placing frame also moves up, when wind electricity blade is with placing When inframe bottom contacts, placing frame fixes wind electricity blade, closes electronic reel, and second spring is compressed, in transit, second Spring plays cushioning effect, wind electricity blade surface is occurred without abrasion, after wind electricity blade is unloaded down, is starting electronic reel just Turn, the first bracing wire is relaxed with the second bracing wire, and because of the effect of the first spring, sliding block recovers to original position with wedge, and then contacts Roller drives placing frame to move down with wedge contact of incline plane, being moved down by the 3rd montant band motion plate, when When placing frame movement is in situ, electronic reel is closed.

Because also including draw ring, the 3rd spring, the first rubber slab, torsionspring, depression bar and the 3rd bracing wire, on front side of placing frame Face or so is all provided with depression bar by torsionspring, and left side depression bar left surface top is connected with the 3rd bracing wire, the 3rd bracing wire tail end It is connected with draw ring, right side depression bar right flank top is also connected with the 3rd bracing wire, and the 3rd bracing wire tail end is also connected with draw ring, under depression bar Side is provided with the first rubber slab, is connected with the 3rd spring between the first rubber slab and depression bar, during wind electricity blade entrucking, operating personnel to Outer pulling draw ring, draw ring pull depression bar top to be displaced outwardly by bracing wire, torsionspring stretching, when wind electricity blade is located at placing frame It is interior by it is fixed when, unclamp draw ring, because of the effect of torsionspring, depression bar moves towards wind electricity blade, in depression bar movement, the first rubber Offset plate is contacted with wind electricity blade surface, the 3rd spring-compressed, and when depression bar stops mobile, wind electricity blade is also just fixed by depression bar , in this way, the first rubber slab adds the frictional force with wind electricity blade, make wind electricity blade more firm in transit.

Because also including threaded rod and the second rubber slab, screwed hole is provided with the middle part of fixed block, screwed hole inner sliding type Provided with threaded rod, threaded rod right-hand member is provided with the second rubber slab by bolted connection, when the present apparatus is placed onboard, Operating personnel twist threaded rod, and then drive the second rubber slab mobile to centre by screwed hole, and the second rubber slab contacts to car, And then increasing friction force, make the more firm placement of the present apparatus onboard.

Because also including the 3rd rubber slab, the 3rd rubber is installed by bolted connection among bottom base plate Plate, when the present apparatus is placed onboard, the 3rd rubber slab increases the frictional force with car, so as to add the steady of the present apparatus Solidity.

Because also including the 4th spring and portable plate, the left and right sides is provided with portable plate in placing frame, and portable plate is in vertical Set, portable plate to be symmetrical arranged, with being connected with the 4th spring, portable plate in placing frame with being slided in placing frame match somebody with somebody by portable plate Close, when wind electricity blade a little in the placing frame when, wind electricity blade contacts with portable plate, and left side portable plate is constantly to moving to left Dynamic, right side portable plate constantly moves right, the 4th spring-compressed, and when wind electricity blade contacts with placing frame bottom, portable plate stops Only move, portable plate is further fixed to wind electricity blade, and then makes wind electricity blade more firm in transit.

(3)Beneficial effect

The utility model second spring has cushioning effect, wind electricity blade is occurred without rolling in the transport of wind electricity blade It is dynamic, reach and do not worn wind electricity blade, reduce potential safety hazard, do not make the impaired effect of wind electricity blade.

Brief description of the drawings

Fig. 1 is the first main structure diagram of the present utility model.

Fig. 2 is second of main structure diagram of the present utility model.

Fig. 3 is the third main structure diagram of the present utility model.

Fig. 4 is the 4th kind of main structure diagram of the present utility model.

Fig. 5 is the 5th kind of main structure diagram of the present utility model.

Mark in accompanying drawing for:1- bottom plates, 2- slide rails, 3- sliding blocks, 4- wedges, the springs of 5- first, the electronic reels of 6-, The bracing wires of 7- first, the bracing wires of 8- second, the montants of 9- first, the montants of 10- second, the guide pin bushings of 11- first, 12- transverse slats, the montants of 13- the 3rd, 14- contact rollers, the guide rods of 15- first, the guide pin bushings of 16- second, 17- second springs, 18- placing frames, 19- fixed blocks, 20- draw rings, The springs of 21- the 3rd, the rubber slabs of 22- first, 23- depression bars, the bracing wires of 24- the 3rd, 25- torsionsprings, the rubber slabs of 26- second, 27- spiral shells Pit, 28- threaded rods, the rubber slabs of 29- the 3rd, 30- portable plates, the springs of 31- the 4th.

Embodiment

The utility model is further described with reference to the accompanying drawings and examples.

Embodiment 1

One kind is used for wind electricity blade transport fixing device, as Figure 1-5, includes bottom plate 1, slide rail 2, sliding block 3, wedge shape Block 4, the first spring 5, electronic reel 6, the first bracing wire 7, the second bracing wire 8, the first montant 9, the second montant 10, the first guide pin bushing 11st, transverse slat 12, the 3rd montant 13, contact roller 14, the first guide rod 15, the second guide pin bushing 16, second spring 17 and placing frame 18, bottom Fixed block 19 is installed by bolted connection, the top of bottom plate 1 passes sequentially through bolt from left to right at left and right sides of the bottom of plate 1 The mode of connection is provided with the first montant 9, the montant 10 of slide rail 2 and second, and slide rail 2 is provided with the sliding block 3 coordinated with it, sliding block 3 Top is provided with wedge 4 by bolted connection, and the first spring 5 is connected between the montant 9 of left slider 3 and first, Also the first spring 5 is connected between the montant 10 of right side sliding block 3 and second, the crown center of slide rail 2 is pacified by bolted connection Equipped with electronic reel 6, the first bracing wire 7 and the second bracing wire 8, the tail end of the first bracing wire 7 and left slider are wound with electronic reel 6 3 right flanks are connected, and the tail end of the second bracing wire 8 is connected with the left surface of right side sliding block 3, and the is cased with the first montant 9 and the second montant 10 One guide pin bushing 11, transverse slat 12 is connected between the first guide pin bushing of left side 11 and the second guide pin bushing of right side 16, the bottom of transverse slat 12 left and right sides is all 3rd montant 13 is installed by bolted connection, the bottom of the 3rd montant 13 is provided with contact by bolted connection Roller 14, contact roller 14 and the contact of incline plane of wedge 4, the top of transverse slat 12 left and right sides are provided with the first guide rod 15, and first leads The second guide pin bushing 16 is cased with bar 15, second spring 17 is connected between the second guide pin bushing 16 and transverse slat 12, second spring 17 is enclosed on On one guide rod 15, placing frame 18 is connected between the second guide pin bushing of left side 16 and the second guide pin bushing of right side 16.

Embodiment 2

One kind is used for wind electricity blade transport fixing device, as Figure 1-5, includes bottom plate 1, slide rail 2, sliding block 3, wedge shape Block 4, the first spring 5, electronic reel 6, the first bracing wire 7, the second bracing wire 8, the first montant 9, the second montant 10, the first guide pin bushing 11st, transverse slat 12, the 3rd montant 13, contact roller 14, the first guide rod 15, the second guide pin bushing 16, second spring 17 and placing frame 18, bottom Fixed block 19 is installed by bolted connection, the top of bottom plate 1 passes sequentially through bolt from left to right at left and right sides of the bottom of plate 1 The mode of connection is provided with the first montant 9, the montant 10 of slide rail 2 and second, and slide rail 2 is provided with the sliding block 3 coordinated with it, sliding block 3 Top is provided with wedge 4 by bolted connection, and the first spring 5 is connected between the montant 9 of left slider 3 and first, Also the first spring 5 is connected between the montant 10 of right side sliding block 3 and second, the crown center of slide rail 2 is pacified by bolted connection Equipped with electronic reel 6, the first bracing wire 7 and the second bracing wire 8, the tail end of the first bracing wire 7 and left slider are wound with electronic reel 6 3 right flanks are connected, and the tail end of the second bracing wire 8 is connected with the left surface of right side sliding block 3, and the is cased with the first montant 9 and the second montant 10 One guide pin bushing 11, transverse slat 12 is connected between the first guide pin bushing of left side 11 and the second guide pin bushing of right side 16, the bottom of transverse slat 12 left and right sides is all 3rd montant 13 is installed by bolted connection, the bottom of the 3rd montant 13 is provided with contact by bolted connection Roller 14, contact roller 14 and the contact of incline plane of wedge 4, the top of transverse slat 12 left and right sides are provided with the first guide rod 15, and first leads The second guide pin bushing 16 is cased with bar 15, second spring 17 is connected between the second guide pin bushing 16 and transverse slat 12, second spring 17 is enclosed on On one guide rod 15, placing frame 18 is connected between the second guide pin bushing of left side 16 and the second guide pin bushing of right side 16.

Also include draw ring 20, the 3rd spring 21, the first rubber slab 22, the bracing wire 24 of depression bar 23 and the 3rd, the front side of placing frame 18 Face or so is all provided with depression bar 23 by torsionspring 25, and the left surface top of left side depression bar 23 is connected with the 3rd bracing wire 24, and the 3rd The tail end of bracing wire 24 is connected with draw ring 20, and the right flank top of right side depression bar 23 is also connected with the 3rd bracing wire 24, the tail end of the 3rd bracing wire 24 Also draw ring 20 is connected with, the lower section of depression bar 23 is provided with the first rubber slab 22, the 3rd is connected between the first rubber slab 22 and depression bar 23 Spring 21.

Embodiment 3

One kind is used for wind electricity blade transport fixing device, as Figure 1-5, includes bottom plate 1, slide rail 2, sliding block 3, wedge shape Block 4, the first spring 5, electronic reel 6, the first bracing wire 7, the second bracing wire 8, the first montant 9, the second montant 10, the first guide pin bushing 11st, transverse slat 12, the 3rd montant 13, contact roller 14, the first guide rod 15, the second guide pin bushing 16, second spring 17 and placing frame 18, bottom Fixed block 19 is installed by bolted connection, the top of bottom plate 1 passes sequentially through bolt from left to right at left and right sides of the bottom of plate 1 The mode of connection is provided with the first montant 9, the montant 10 of slide rail 2 and second, and slide rail 2 is provided with the sliding block 3 coordinated with it, sliding block 3 Top is provided with wedge 4 by bolted connection, and the first spring 5 is connected between the montant 9 of left slider 3 and first, Also the first spring 5 is connected between the montant 10 of right side sliding block 3 and second, the crown center of slide rail 2 is pacified by bolted connection Equipped with electronic reel 6, the first bracing wire 7 and the second bracing wire 8, the tail end of the first bracing wire 7 and left slider are wound with electronic reel 6 3 right flanks are connected, and the tail end of the second bracing wire 8 is connected with the left surface of right side sliding block 3, and the is cased with the first montant 9 and the second montant 10 One guide pin bushing 11, transverse slat 12 is connected between the first guide pin bushing of left side 11 and the second guide pin bushing of right side 16, the bottom of transverse slat 12 left and right sides is all 3rd montant 13 is installed by bolted connection, the bottom of the 3rd montant 13 is provided with contact by bolted connection Roller 14, contact roller 14 and the contact of incline plane of wedge 4, the top of transverse slat 12 left and right sides are provided with the first guide rod 15, and first leads The second guide pin bushing 16 is cased with bar 15, second spring 17 is connected between the second guide pin bushing 16 and transverse slat 12, second spring 17 is enclosed on On one guide rod 15, placing frame 18 is connected between the second guide pin bushing of left side 16 and the second guide pin bushing of right side 16.

Also include draw ring 20, the 3rd spring 21, the first rubber slab 22, the bracing wire 24 of depression bar 23 and the 3rd, the front side of placing frame 18 Face or so is all provided with depression bar 23 by torsionspring 25, and the left surface top of left side depression bar 23 is connected with the 3rd bracing wire 24, and the 3rd The tail end of bracing wire 24 is connected with draw ring 20, and the right flank top of right side depression bar 23 is also connected with the 3rd bracing wire 24, the tail end of the 3rd bracing wire 24 Also draw ring 20 is connected with, the lower section of depression bar 23 is provided with the first rubber slab 22, the 3rd is connected between the first rubber slab 22 and depression bar 23 Spring 21.

Also include the rubber slab 26 of threaded rod 28 and second, the middle part of fixed block 19 is provided with screwed hole 27, slided in screwed hole 27 Dynamic formula is provided with threaded rod 28, and the right-hand member of threaded rod 28 is provided with the second rubber slab 26 by bolted connection.

Embodiment 4

One kind is used for wind electricity blade transport fixing device, as Figure 1-5, includes bottom plate 1, slide rail 2, sliding block 3, wedge shape Block 4, the first spring 5, electronic reel 6, the first bracing wire 7, the second bracing wire 8, the first montant 9, the second montant 10, the first guide pin bushing 11st, transverse slat 12, the 3rd montant 13, contact roller 14, the first guide rod 15, the second guide pin bushing 16, second spring 17 and placing frame 18, bottom Fixed block 19 is installed by bolted connection, the top of bottom plate 1 passes sequentially through bolt from left to right at left and right sides of the bottom of plate 1 The mode of connection is provided with the first montant 9, the montant 10 of slide rail 2 and second, and slide rail 2 is provided with the sliding block 3 coordinated with it, sliding block 3 Top is provided with wedge 4 by bolted connection, and the first spring 5 is connected between the montant 9 of left slider 3 and first, Also the first spring 5 is connected between the montant 10 of right side sliding block 3 and second, the crown center of slide rail 2 is pacified by bolted connection Equipped with electronic reel 6, the first bracing wire 7 and the second bracing wire 8, the tail end of the first bracing wire 7 and left slider are wound with electronic reel 6 3 right flanks are connected, and the tail end of the second bracing wire 8 is connected with the left surface of right side sliding block 3, and the is cased with the first montant 9 and the second montant 10 One guide pin bushing 11, transverse slat 12 is connected between the first guide pin bushing of left side 11 and the second guide pin bushing of right side 16, the bottom of transverse slat 12 left and right sides is all 3rd montant 13 is installed by bolted connection, the bottom of the 3rd montant 13 is provided with contact by bolted connection Roller 14, contact roller 14 and the contact of incline plane of wedge 4, the top of transverse slat 12 left and right sides are provided with the first guide rod 15, and first leads The second guide pin bushing 16 is cased with bar 15, second spring 17 is connected between the second guide pin bushing 16 and transverse slat 12, second spring 17 is enclosed on On one guide rod 15, placing frame 18 is connected between the second guide pin bushing of left side 16 and the second guide pin bushing of right side 16.

Also include draw ring 20, the 3rd spring 21, the first rubber slab 22, the bracing wire 24 of depression bar 23 and the 3rd, the front side of placing frame 18 Face or so is all provided with depression bar 23 by torsionspring 25, and the left surface top of left side depression bar 23 is connected with the 3rd bracing wire 24, and the 3rd The tail end of bracing wire 24 is connected with draw ring 20, and the right flank top of right side depression bar 23 is also connected with the 3rd bracing wire 24, the tail end of the 3rd bracing wire 24 Also draw ring 20 is connected with, the lower section of depression bar 23 is provided with the first rubber slab 22, the 3rd is connected between the first rubber slab 22 and depression bar 23 Spring 21.

Also include the rubber slab 26 of threaded rod 28 and second, the middle part of fixed block 19 is provided with screwed hole 27, slided in screwed hole 27 Dynamic formula is provided with threaded rod 28, and the right-hand member of threaded rod 28 is provided with the second rubber slab 26 by bolted connection.

Also include the 3rd rubber slab 29, bottom plate 1 is provided with the 3rd rubber slab by bolted connection among bottom 29。

Also include the 4th spring 31 and portable plate 30, the left and right sides is provided with portable plate 30, portable plate 30 in placing frame 18 In being vertically arranged, portable plate 30 to be symmetrical arranged, portable plate 30 with being connected with the 4th spring 31 in placing frame 18, portable plate 30 with It is slidably matched in placing frame 18.

12 4 angles of transverse slat are fitted with the first guide rod 15, the bottom of the first guide rod 15 all by bolted connection with horizontal stroke The top of plate 12 connects.

Operation principle:First choice puts the present apparatus onboard, and fixed block 19 makes the present apparatus not rock, and wind electricity blade loads onto car Afterwards, wind electricity blade is located at the top of placing frame 18, starts that electronic reel 6 is counter to be filled, and the first bracing wire 7 pulls left slider 3 to move right Dynamic, left slider 3 drives left side wedge 4 to move right, and the second bracing wire 8 pulls right side sliding block 3 to be moved to the left, right side sliding block 3 Right side wedge 4 is driven to be moved to the left, the first spring 5 stretches, and contact roller 14 is when with 4 contact of incline plane of wedge, contact rolling Wheel 14 is moved up by the 3rd montant 13 with motion plate 12, and then transverse slat 12 drives the first guide rod 15 to move up, Jin Erfang Put frame 18 to also move up, when wind electricity blade contacts with the inner bottom part of placing frame 18, placing frame 18 fixes wind electricity blade, closes Electronic reel 6, second spring 17 are compressed, and in transit, second spring 17 plays cushioning effect, occurs without wind electricity blade surface Abrasion, after wind electricity blade is unloaded down, starts electronic reel 6 and rotates forward, the first bracing wire 7 is relaxed with the second bracing wire 8, because of first The effect of spring 5, sliding block 3 and wedge 4 recover to original position, so contact roller 14 with the contact of incline plane of wedge 4, by the Three montants 13 move down with motion plate 12, and then drive placing frame 18 to move down, and when placing frame 18 moves in situ, close Electronic reel 6.

Because also include draw ring 20, the 3rd spring 21, the first rubber slab 22, torsionspring 25, the bracing wire of depression bar 23 and the 3rd 24, leading flank of placing frame 18 or so is all provided with depression bar 23 by torsionspring 25, and the left surface top of left side depression bar 23 is connected with 3rd bracing wire 24, the tail end of the 3rd bracing wire 24 are connected with draw ring 20, and the right flank top of right side depression bar 23 is also connected with the 3rd bracing wire 24, The tail end of 3rd bracing wire 24 is also connected with draw ring 20, and the lower section of depression bar 23 is provided with the first rubber slab 22, the first rubber slab 22 and depression bar 23 Between be connected with the 3rd spring 21, during wind electricity blade entrucking, operating personnel pull out draw ring 20, and draw ring 20 is pulled by bracing wire The top of depression bar 23 is displaced outwardly, and torsionspring 25 stretches, and when wind electricity blade, which is located in placing frame 18, to be fixed, unclamps draw ring 20, because of the effect of torsionspring 25, depression bar 23 moves towards wind electricity blade, in the movement of depression bar 23, the first rubber slab 22 and wind Electric blade surface contact, the 3rd spring 21 compress, and when depression bar 23 stops mobile, wind electricity blade is also just secured by depression bar 23, In this way, the first rubber slab 22 adds the frictional force with wind electricity blade, make wind electricity blade more firm in transit.

Because also including the rubber slab 26 of threaded rod 28 and second, the middle part of fixed block 19 is provided with screwed hole 27, screwed hole 27 Inner sliding type is provided with threaded rod 28, and the right-hand member of threaded rod 28 is provided with the second rubber slab 26 by bolted connection, when this When device is placed onboard, operating personnel twist threaded rod 28, and then drive the second rubber slab 26 to centre by screwed hole 27 Mobile, the second rubber slab 26 contacts to car, and then increasing friction force, makes the more firm placement of the present apparatus onboard.

Because also including the 3rd rubber slab 29, bottom plate 1 is provided with the 3rd rubber by bolted connection among bottom Offset plate 29, when the present apparatus is placed onboard, the 3rd rubber slab 29 increases the frictional force with car, so as to add this dress The steadiness put.

Because also including the 4th spring 31 and portable plate 30, the left and right sides is provided with portable plate 30 in placing frame 18, activity Plate 30 is in being vertically arranged, and portable plate 30 is is symmetrical arranged, and portable plate 30 in placing frame 18 with being connected with the 4th spring 31, portable plate 30 in placing frame 18 with being slidably matched, when wind electricity blade a little in the placing frame 18 when, wind electricity blade and portable plate 30 Contact, left side portable plate 30 are constantly moved to the left, and right side portable plate 30 constantly moves right, and the 4th spring 31 compresses, and works as wind-powered electricity generation When blade contacts with the bottom of placing frame 18, portable plate 30 stops movement, and portable plate 30 is further fixed to wind electricity blade, entered And make wind electricity blade more firm in transit.

Embodiment described above only expresses preferred embodiment of the present utility model, and its description is more specific and detailed, But therefore it can not be interpreted as the limitation to the utility model patent scope.It should be pointed out that for the common of this area For technical staff, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these are all Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (6)

1. one kind is used for wind electricity blade transport fixing device, it is characterised in that includes bottom plate(1), slide rail(2), sliding block(3)、 Wedge(4), the first spring(5), electronic reel(6), the first bracing wire(7), the second bracing wire(8), the first montant(9), second Montant(10), the first guide pin bushing(11), transverse slat(12), the 3rd montant(13), contact roller(14), the first guide rod(15), second lead Set(16), second spring(17)And placing frame(18), bottom plate(1)It is provided with by bolted connection at left and right sides of bottom solid Determine block(19), bottom plate(1)Top passes sequentially through bolted mode and is provided with the first montant from left to right(9), slide rail(2)With Second montant(10), slide rail(2)It is provided with the sliding block coordinated with it(3), sliding block(3)Install by bolted connection at top There is wedge(4), left slider(3)With the first montant(9)Between be connected with the first spring(5), right side sliding block(3)It is perpendicular with second Bar(10)Between be also connected with the first spring(5), slide rail(2)Crown center is provided with electronic coiling by bolted connection Wheel(6), electronic reel(6)On be wound with the first bracing wire(7)With the second bracing wire(8), the first bracing wire(7)Tail end and left slider (3)Right flank connects, the second bracing wire(8)Tail end and right side sliding block(3)Left surface connects, the first montant(9)With the second montant (10)On be cased with the first guide pin bushing(11), the guide pin bushing of left side first(11)With the guide pin bushing of right side second(16)Between be connected with transverse slat(12), Transverse slat(12)The 3rd montant is all installed by bolted connection at left and right sides of bottom(13), the 3rd montant(13)Bottom leads to Cross bolted mode and contact roller is installed(14), contact roller(14)With wedge(4)Contact of incline plane, transverse slat(12)Top The first guide rod is installed at left and right sides of portion(15), the first guide rod(15)On be cased with the second guide pin bushing(16), the second guide pin bushing(16)With horizontal stroke Plate(12)Between be connected with second spring(17), second spring(17)It is enclosed on the first guide rod(15)On, the guide pin bushing of left side second(16) With the guide pin bushing of right side second(16)Between be connected with placing frame(18).
2. a kind of wind electricity blade that is used for according to claim 1 transports fixing device, it is characterised in that also including draw ring (20), the 3rd spring(21), the first rubber slab(22), depression bar(23)With the 3rd bracing wire(24), placing frame(18)Leading flank or so All pass through torsionspring(25)Depression bar is installed(23), left side depression bar(23)Left surface top is connected with the 3rd bracing wire(24), the Three bracing wires(24)Tail end is connected with draw ring(20), right side depression bar(23)Right flank top is also connected with the 3rd bracing wire(24), the 3rd Bracing wire(24)Tail end is also connected with draw ring(20), depression bar(23)Lower section is provided with the first rubber slab(22), the first rubber slab(22)With Depression bar(23)Between be connected with the 3rd spring(21).
3. a kind of wind electricity blade that is used for according to claim 2 transports fixing device, it is characterised in that also includes screw thread Bar(28)With the second rubber slab(26), fixed block(19)Middle part is provided with screwed hole(27), screwed hole(27)Inner sliding type is provided with Threaded rod(28), threaded rod(28)Right-hand member is provided with the second rubber slab by bolted connection(26).
4. a kind of wind electricity blade that is used for according to claim 3 transports fixing device, it is characterised in that also includes the 3rd Rubber slab(29), bottom plate(1)3rd rubber slab is installed by bolted connection among bottom(29).
5. a kind of wind electricity blade that is used for according to claim 4 transports fixing device, it is characterised in that also includes the 4th Spring(31)And portable plate(30), placing frame(18)The interior left and right sides is provided with portable plate(30), portable plate(30)In being vertically arranged, Portable plate(30)To be symmetrical arranged, portable plate(30)With placing frame(18)Inside it is connected with the 4th spring(31), portable plate(30)With Placing frame(18)Inside it is slidably matched.
6. a kind of wind electricity blade that is used for according to claim 5 transports fixing device, it is characterised in that transverse slat(12)Four Angle is fitted with the first guide rod(15), the first guide rod(15)Bottom all by bolted connection with transverse slat(12)Top connects Connect.
CN201720234247.9U 2017-03-12 2017-03-12 One kind is used for wind electricity blade transport fixing device CN206860373U (en)

Priority Applications (1)

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CN201720234247.9U CN206860373U (en) 2017-03-12 2017-03-12 One kind is used for wind electricity blade transport fixing device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720234247.9U CN206860373U (en) 2017-03-12 2017-03-12 One kind is used for wind electricity blade transport fixing device

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108785012A (en) * 2018-03-22 2018-11-13 钟声宝 A kind of orthopaedics patient rehabilitation exercise chair
CN108891746A (en) * 2018-05-07 2018-11-27 芜湖撼江智能科技有限公司 A kind of industrial automation equipment transport case
CN109095061A (en) * 2018-06-26 2018-12-28 芜湖广智天和信息技术有限公司 A kind of system integrated chip transport device
CN109138851A (en) * 2018-09-11 2019-01-04 章庆 A kind of geotechnical engineering investigation measurement device
CN109797976A (en) * 2019-03-13 2019-05-24 朱运鹏 A kind of construction walling brick cement-applicating machine
CN110181372A (en) * 2019-06-17 2019-08-30 马单智 A kind of metal sheet double-side efficient burnishing device

Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108785012A (en) * 2018-03-22 2018-11-13 钟声宝 A kind of orthopaedics patient rehabilitation exercise chair
CN108785012B (en) * 2018-03-22 2020-11-06 中枢物联网科技(嘉兴)有限公司 Recovered chair of taking exercise of using of orthopedic patient
CN108891746A (en) * 2018-05-07 2018-11-27 芜湖撼江智能科技有限公司 A kind of industrial automation equipment transport case
CN109095061A (en) * 2018-06-26 2018-12-28 芜湖广智天和信息技术有限公司 A kind of system integrated chip transport device
CN109138851A (en) * 2018-09-11 2019-01-04 章庆 A kind of geotechnical engineering investigation measurement device
CN109797976A (en) * 2019-03-13 2019-05-24 朱运鹏 A kind of construction walling brick cement-applicating machine
CN110181372A (en) * 2019-06-17 2019-08-30 马单智 A kind of metal sheet double-side efficient burnishing device

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