CN206839785U - A kind of efficient sanding apparatus of wind power generation blade production - Google Patents
A kind of efficient sanding apparatus of wind power generation blade production Download PDFInfo
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- CN206839785U CN206839785U CN201720418157.5U CN201720418157U CN206839785U CN 206839785 U CN206839785 U CN 206839785U CN 201720418157 U CN201720418157 U CN 201720418157U CN 206839785 U CN206839785 U CN 206839785U
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- stroller
- power generation
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- sanding apparatus
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Abstract
It the utility model is related to a kind of wind power generation blade sanding apparatus, more particularly to a kind of efficient sanding apparatus of wind power generation blade production.The technical problems to be solved in the utility model, which is to provide one kind, can reduce labor intensity, it is possible to increase grinding efficiency, the efficient sanding apparatus of wind power generation blade simple to operate production.In order to solve the above-mentioned technical problem, the utility model provides the efficient sanding apparatus of such a wind power generation blade production, includes stroller etc.；The top of stroller is laterally provided with groove, and the stroller in groove is provided with left/right movement device, is provided with the first cylinder on the moving parts of left/right movement device, and support plate is connected with vertically by bolt on the expansion link of the first cylinder.The utility model only needs operating personnel to start motor rotation, and driving sanding block to rotate by disk rotational can be polished the surface of wind power generation blade, simple to operate, and labor intensity can be reduced so as to reach.
Description
Technical field
The present invention relates to a kind of wind power generation blade sanding apparatus, more particularly to a kind of production of wind power generation blade is with efficiently
Sanding apparatus.
Background technology
Electric power is the energy using electric energy as power.Invention starts in 19 century 70s, the invention and application of electric power
Second of industrialization climax.Since 18th century of human history, one of scientific and technological revolution three times of world's generation, from this section's technological transformation
The life of people is become.The large-scale electrical power system that 20th century occurred is one of most important achievement in the human engineering history of science,
By generating electricity, transmitting electricity, the power generation and consumption system that power transformation, the link such as distribution and electricity consumption form.It by nature once
The energy changes into electric power by mechanical energy device, then supplies power to each user through transmission of electricity, power transformation and distribution.
Wind power generation blade needs to polish to the surface of wind power generation blade in process of production, makes wind power generating blade
Piece surfacing, it is usually manually to hold sand paper to polish to the surface of wind power generation blade at present, the work of such worker
Intensity is big, grinding efficiency is relatively low, and during to being polished at the top of wind power generation blade will arms up, to wind power generation blade
Bottom to squat down when being polished, so operation inconvenience, therefore need research and development one kind badly and can reduce labor intensity, it is possible to increase
Grinding efficiency, the efficient sanding apparatus of wind power generation blade simple to operate production.
The content of the invention
(1) technical problems to be solved
The present invention in order to overcome it is artificial hold sand paper the surface of wind power generation blade polished, the work of such worker
Intensity is big, grinding efficiency is relatively low, unhandy shortcoming, and the technical problem to be solved in the present invention is to provide one kind can reduce labor
Fatigue resistance, it is possible to increase grinding efficiency, the efficient sanding apparatus of wind power generation blade simple to operate production.
(2) technical scheme
In order to solve the above-mentioned technical problem, filled the invention provides the production of such a wind power generation blade with efficiently polishing
Put, include stroller, left/right movement device, the first cylinder, support plate and sanding apparatus, the top of stroller is laterally provided with groove, recessed
Stroller in groove is provided with left/right movement device, and the first cylinder, the first cylinder are provided with the moving parts of left/right movement device
Expansion link on support plate is connected with by bolt vertically, the right flank top of support plate is provided with sanding apparatus.
Preferably, left/right movement device includes slide bar, sliding sleeve and the second cylinder, the left and right ends of slide bar by bolt with
The stroller connection of the left and right sides, slide bar are provided with the sliding sleeve being slidably matched with it in groove, and the bottom of the first cylinder passes through bolt
Installed in the top of sliding sleeve, the front side of slide bar is provided with the second cylinder, and the second cylinder is arranged on pushing away on the right side of in groove by bolt
Che Shang, the expansion link of the second cylinder are connected by the left surface of bolt and sliding sleeve.
Preferably, sanding apparatus include bearing block, rotating shaft, first gear, disk, pole, connecting plate, the first spring,
Sanding block, motor and second gear, bearing block is Embedded to be connected installed in the top of support plate, the bearing of bearing block by interference
Mode be connected with rotating shaft, the periphery of rotating shaft is connected with first gear by way of flat key connection, and the right-hand member of rotating shaft passes through spiral shell
Tether and be connected to disk, pole has been bolted on the eccentric position of disk right flank, has passed through spiral shell on front side of the right flank of pole
Bolt horizontal connection has connecting plate, and the trailing flank of connecting plate is evenly spaced by way of being welded to connect to be connected with multiple first bullets
Spring, the rear end of the first spring are connected with sanding block, and the support plate right flank below rotating shaft is provided with motor by bolt, motor it is defeated
Shaft is connected with second gear by shaft coupling, and second gear engages with first gear.
Preferably, adjusting means is also included, the top left side of stroller is provided with adjusting means, and adjusting means includes fixation
Plate, sliding block and connecting rod, the bottom of cart handle are articulated and connected by the left surface of pin and stroller, and the top left side of stroller is led to
Cross bolted mode and be connected with fixed plate vertically, the leading flank of fixed plate is vertically provided with chute, is provided with chute and is slided with it
The dynamic sliding block coordinated, fixed plate leading flank in chute is evenly spaced to be provided with multiple pin holes, and pin hole is also provided with sliding block,
The left surface of sliding block is connected with connecting rod by pin-hinges, and the left end of connecting rod is cut with scissors by pin and the right flank of cart handle
Connect in succession.
Preferably, also include cleaning plant, the eccentric position of disk right flank is provided with cleaning plant, cleaning plant with
Symmetrical before and after sanding apparatus, cleaning plant includes 7 shape plates, guide rod, transverse slat, second spring and hairbrush, 7 shape plates by bolt with
The eccentric position connection of disk right flank, 7 shape plates are provided with guide hole and led with symmetrically, being provided with guide hole before and after pole on the right side of 7 shape plates
Bar, the rear end of guide rod have been bolted transverse slat, two second are connected between the leading flank of transverse slat and the trailing flank of 7 shape plates
Spring, two second springs are located at the left and right sides of guide rod respectively, and the front end of guide rod is connected with hairbrush.
Preferably, also include sleeve pipe and the 3rd spring, set has been bolted on the eccentric position of disk right flank
Manage, symmetrical before and after sleeve pipe and 7 shape plates, the trailing flank in sleeve pipe is connected with the 3rd spring, and the trailing flank of pole can also pass through weldering
The mode connect in succession is connected with the front end of the 3rd spring, and pole coordinates with cannula slide.
Preferably, electric pushrod and fixed block are also included, the left and right sides of stroller bottom is provided with electricity by bolt
Push rod is moved, fixed block is connected with by bolted connection on the expansion link of electric pushrod.
Preferably, dust catcher is also included, the top right side of stroller is provided with dust catcher.
Preferably, expansion link of the bottom of support plate by bolted connection with the first cylinder is connected, the shape of support plate
For cuboid, the making material of support plate is Q235 steel.
Operation principle：The present invention is placed on the left side of wind power generation blade, then manually start left/right movement device to make branch
Plate moves right, and the support plate sanding apparatus that moves right moves right therewith, when sanding apparatus moves right to suitable position
Close left/right movement device.Then starting the first cylinder moves up support plate, and it is upward therewith that support plate moves up sanding apparatus
It is mobile, the first cylinder when sanding apparatus is moved upward to suitable position.Then sanding apparatus is restarted to wind power generating blade
The surface of piece is polished, and sanding apparatus is closed after the completion of polishing.
Because left/right movement device includes slide bar, sliding sleeve and the second cylinder, the left and right ends of slide bar by bolt with it is recessed
The stroller connection of the left and right sides, slide bar are provided with the sliding sleeve being slidably matched with it in groove, and the bottom of the first cylinder is pacified by bolt
Mounted in the top of sliding sleeve, the front side of slide bar is provided with the second cylinder, and the second cylinder is arranged on the stroller on right side in groove by bolt
On, the expansion link of the second cylinder is connected by the left surface of bolt and sliding sleeve.So manually start the second cylinder make sliding sleeve to
Move right, the sliding sleeve support plate that moves right moves right therewith, and the support plate sanding apparatus that moves right moves right therewith, when polishing fills
Put and the second cylinder is closed when moving right to suitable position.
Because sanding apparatus includes bearing block, rotating shaft, first gear, disk, pole, connecting plate, the first spring, polishing
Block, motor and second gear, bearing block is Embedded installed in the top of support plate, the side that the bearing of bearing block is connected by interference
Formula is connected with rotating shaft, and the periphery of rotating shaft is connected with first gear by way of flat key connection, and the right-hand member of rotating shaft is connected by bolt
Disk is connected to, pole has been bolted on the eccentric position of disk right flank, has passed through bolt water on front side of the right flank of pole
Flushconnection has connecting plate, and the trailing flank of connecting plate is evenly spaced by way of being welded to connect to be connected with multiple first springs,
The rear end of first spring is connected with sanding block, and the support plate right flank below rotating shaft is provided with motor, the output of motor by bolt
Axle is connected with second gear by shaft coupling, and second gear engages with first gear.So manually starting motor makes second gear
Rotating, second gear, which rotates, rotates first gear, and first gear rotating shaft concomitant rotation, axis of rotation makes disk rotational,
Disk rotational pole and connecting plate concomitant rotation, connecting plate can rotate sanding block, and sanding block rotates can be to wind-power electricity generation
The surface of blade is polished, and the first spring enables sanding block to be close to the surface of wind power generation blade always.After the completion of polishing
Close motor.
Because also including adjusting means, the top left side of stroller is provided with adjusting means, adjusting means include fixed plate,
Sliding block and connecting rod, the bottom of cart handle are articulated and connected by the left surface of pin and stroller, and the top left side of stroller passes through
Bolted mode is connected with fixed plate vertically, and the leading flank of fixed plate is vertically provided with chute, is provided with chute and is slided with it
The sliding block of cooperation, fixed plate leading flank in chute is evenly spaced to be provided with multiple pin holes, and pin hole is also provided with sliding block, sliding
The left surface of block is connected with connecting rod by pin-hinges, and the left end of connecting rod is hinged by the right flank of pin and cart handle
Connection.Sliding block manually is moved up and down, the angle of cart handle can be adjusted by connecting rod, bolt rod is used after the completion of angular adjustment
Sliding block is fixed in insertion pin hole, more preferable stress is so allowed the operator to and promotes stroller, enable stroller more square
Just, efficiently move.
Because also including cleaning plant, the eccentric position of disk right flank is provided with cleaning plant, and cleaning plant is with beating
Symmetrical before and after mill apparatus, cleaning plant includes 7 shape plates, guide rod, transverse slat, second spring and hairbrush, and 7 shape plates pass through bolt and circle
The eccentric position connection of disk right flank, 7 shape plates are provided with guide hole and led with symmetrically, being provided with guide hole before and after pole on the right side of 7 shape plates
Bar, the rear end of guide rod have been bolted transverse slat, two second are connected between the leading flank of transverse slat and the trailing flank of 7 shape plates
Spring, two second springs are located at the left and right sides of guide rod respectively, and the front end of guide rod is connected with hairbrush.The shape plate of disk rotational 7 with
Rotation, 7 shape plate rotating guide-bars and hairbrush concomitant rotation, hairbrush rotates and can remove the dust of wind power generation blade remained on surface
Go, second spring enables hairbrush to be close to the surface of wind power generation blade always.
Because also including sleeve pipe and the 3rd spring, sleeve pipe has been bolted on the eccentric position of disk right flank,
Symmetrical before and after sleeve pipe and 7 shape plates, the trailing flank in sleeve pipe is connected with the 3rd spring, and the trailing flank of pole can also pass through the company of welding
The mode connect is connected with the front end of the 3rd spring, and pole coordinates with cannula slide.When wind power generation blade is larger, manually forward
Connecting plate is pulled sanding block is close to wind power generation blade surface, pole is moved forward therewith, and the 3rd spring is upheld therewith.So
Enable the invention to be applied to different size of wind power generation blade, improve the practicality of the present invention.
Because also including electric pushrod and fixed block, the left and right sides of stroller bottom is provided with electronic push away by bolt
Bar, fixed block is connected with by bolted connection on the expansion link of electric pushrod.Manually starting electric pushrod makes fixed block
Move down, close electric pushrod when fixed block and ground close contact, moved when can so prevent the present invention from working, when
Starting electric pushrod when moving the present invention makes fixed block move up resets, is by electric pushrod closing after fixed block reset
Can.
Because also including dust catcher, the top right side of stroller is provided with dust catcher, and manually starting dust catcher can will beat
Dust siphons away caused by mill, operating personnel can be so prevented by dust suction body, so as to protect the body of operating personnel
Body health.
Because expansion link of the bottom of support plate by bolted connection with the first cylinder is connected, support plate is shaped as growing
Cube, the making material of support plate is Q235 steel, and the ability to bear of Q235 steel is big, can extend the service life of support plate.
(3) beneficial effect
The present invention only needs operating personnel to start motor rotation, and driving sanding block to rotate by disk rotational can be to wind-force
The surface of power generation blade is polished, simple to operate, and labor intensity can be reduced so as to reach, it is possible to increase grinding efficiency,
Effect simple to operate.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is the sanding apparatus overlooking the structure diagram of the present invention.
Fig. 3 is the right side structural representation of disk of the present invention.
Fig. 4 is second of main structure diagram of the present invention.
Fig. 5 is the first overlooking the structure diagram of sanding apparatus of the present invention and cleaning plant.
Fig. 6 is second of overlooking the structure diagram of sanding apparatus of the present invention and cleaning plant.
Fig. 7 is the third main structure diagram of the present invention.
Mark in accompanying drawing for：1- strollers, 2- grooves, 3- left/right movement devices, the cylinders of 4- first, 5- support plates, 6- polishings
Device, 7- wind power generation blades, 301- slide bars, 302- sliding sleeves, the cylinders of 303- second, 601- bearing blocks, 602- rotating shafts, 603-
One gear, 604- disks, 605- poles, 606- connecting plates, the springs of 607- first, 608- sanding blocks, 609- motors, 610- second
Gear, 8- adjusting meanss, 801- fixed plates, 802- chutes, 803- sliding blocks, 804- pin holes, 805- connecting rods, 9- cleaning dresses
Put, 901-7 shape plates, 902- guide holes, 903- guide rods, 904- transverse slats, 905- second springs, 906- hairbrush, 10- sleeve pipes, 11- the 3rd
Spring, 12- electric pushrods, 13- fixed blocks, 14- dust catchers.
Embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of efficient sanding apparatus of wind power generation blade production, as shown in figs. 1-7, includes stroller 1, moves left and right machine
Structure 3, the first cylinder 4, support plate 5 and sanding apparatus 6, the top of stroller 1 are laterally provided with groove 2, and the stroller 1 in groove 2 is provided with
Left/right movement device 3, the first cylinder 4 is installed on the moving parts of left/right movement device 3, led on the expansion link of the first cylinder 4
Cross bolt and be connected with support plate 5 vertically, the right flank top of support plate 5 is provided with sanding apparatus 6.
Embodiment 2
A kind of efficient sanding apparatus of wind power generation blade production, as shown in figs. 1-7, includes stroller 1, moves left and right machine
Structure 3, the first cylinder 4, support plate 5 and sanding apparatus 6, the top of stroller 1 are laterally provided with groove 2, and the stroller 1 in groove 2 is provided with
Left/right movement device 3, the first cylinder 4 is installed on the moving parts of left/right movement device 3, led on the expansion link of the first cylinder 4
Cross bolt and be connected with support plate 5 vertically, the right flank top of support plate 5 is provided with sanding apparatus 6.
Left/right movement device 3 includes slide bar 301, the cylinder 303 of sliding sleeve 302 and second, and the left and right ends of slide bar 301 pass through
Bolt is connected with the stroller 1 of the left and right sides in groove 2, and slide bar 301 is provided with the sliding sleeve 302 being slidably matched with it, the first cylinder 4
Bottom the top of sliding sleeve 302 is arranged on by bolt, the front side of slide bar 301 is provided with the second cylinder 303, and the second cylinder 303 leads to
Bolt is crossed in groove 2 on the stroller 1 on right side, the expansion link of the second cylinder 303 passes through bolt and the left surface of sliding sleeve 302
Connection.
Embodiment 3
A kind of efficient sanding apparatus of wind power generation blade production, as shown in figs. 1-7, includes stroller 1, moves left and right machine
Structure 3, the first cylinder 4, support plate 5 and sanding apparatus 6, the top of stroller 1 are laterally provided with groove 2, and the stroller 1 in groove 2 is provided with
Left/right movement device 3, the first cylinder 4 is installed on the moving parts of left/right movement device 3, led on the expansion link of the first cylinder 4
Cross bolt and be connected with support plate 5 vertically, the right flank top of support plate 5 is provided with sanding apparatus 6.
Left/right movement device 3 includes slide bar 301, the cylinder 303 of sliding sleeve 302 and second, and the left and right ends of slide bar 301 pass through
Bolt is connected with the stroller 1 of the left and right sides in groove 2, and slide bar 301 is provided with the sliding sleeve 302 being slidably matched with it, the first cylinder 4
Bottom the top of sliding sleeve 302 is arranged on by bolt, the front side of slide bar 301 is provided with the second cylinder 303, and the second cylinder 303 leads to
Bolt is crossed in groove 2 on the stroller 1 on right side, the expansion link of the second cylinder 303 passes through bolt and the left surface of sliding sleeve 302
Connection.
Sanding apparatus 6 includes bearing block 601, rotating shaft 602, first gear 603, disk 604, pole 605, connecting plate
606th, the first spring 607, sanding block 608, motor 609 and second gear 610, bearing block 601 are Embedded installed in support plate 5
Top, the bearing of bearing block 601 are connected with rotating shaft 602 by way of interference connection, and the periphery of rotating shaft 602 is connected by flat key
Mode be connected with first gear 603, the right-hand member of rotating shaft 602 has been bolted disk 604, the right flank of disk 604 it is inclined
Pole 605 has been bolted on heart position, there is connecting plate 606 the right flank front side of pole 605 by bolt horizontal connection,
The trailing flank of connecting plate 606 is evenly spaced by way of being welded to connect to be connected with multiple first springs 607, the first spring
607 rear end is connected with sanding block 608, and the right flank of support plate 5 of the lower section of rotating shaft 602 is provided with motor 609, motor by bolt
609 output shaft is connected with second gear 610 by shaft coupling, and second gear 610 engages with first gear 603.
Embodiment 4
A kind of efficient sanding apparatus of wind power generation blade production, as shown in figs. 1-7, includes stroller 1, moves left and right machine
Structure 3, the first cylinder 4, support plate 5 and sanding apparatus 6, the top of stroller 1 are laterally provided with groove 2, and the stroller 1 in groove 2 is provided with
Left/right movement device 3, the first cylinder 4 is installed on the moving parts of left/right movement device 3, led on the expansion link of the first cylinder 4
Cross bolt and be connected with support plate 5 vertically, the right flank top of support plate 5 is provided with sanding apparatus 6.
Left/right movement device 3 includes slide bar 301, the cylinder 303 of sliding sleeve 302 and second, and the left and right ends of slide bar 301 pass through
Bolt is connected with the stroller 1 of the left and right sides in groove 2, and slide bar 301 is provided with the sliding sleeve 302 being slidably matched with it, the first cylinder 4
Bottom the top of sliding sleeve 302 is arranged on by bolt, the front side of slide bar 301 is provided with the second cylinder 303, and the second cylinder 303 leads to
Bolt is crossed in groove 2 on the stroller 1 on right side, the expansion link of the second cylinder 303 passes through bolt and the left surface of sliding sleeve 302
Connection.
Sanding apparatus 6 includes bearing block 601, rotating shaft 602, first gear 603, disk 604, pole 605, connecting plate
606th, the first spring 607, sanding block 608, motor 609 and second gear 610, bearing block 601 are Embedded installed in support plate 5
Top, the bearing of bearing block 601 are connected with rotating shaft 602 by way of interference connection, and the periphery of rotating shaft 602 is connected by flat key
Mode be connected with first gear 603, the right-hand member of rotating shaft 602 has been bolted disk 604, the right flank of disk 604 it is inclined
Pole 605 has been bolted on heart position, there is connecting plate 606 the right flank front side of pole 605 by bolt horizontal connection,
The trailing flank of connecting plate 606 is evenly spaced by way of being welded to connect to be connected with multiple first springs 607, the first spring
607 rear end is connected with sanding block 608, and the right flank of support plate 5 of the lower section of rotating shaft 602 is provided with motor 609, motor by bolt
609 output shaft is connected with second gear 610 by shaft coupling, and second gear 610 engages with first gear 603.
Also include adjusting means 8, the top left side of stroller 1 is provided with adjusting means 8, and adjusting means 8 includes fixed plate
801st, sliding block 803 and connecting rod 805, the bottom of the handle of stroller 1 are articulated and connected by the left surface of pin and stroller 1, stroller 1
Top left side is connected with fixed plate 801 vertically by bolted connection, and the leading flank of fixed plate 801 is vertically provided with chute
802, it is provided with the sliding block 803 being slidably matched with it in chute 802, the leading flank of fixed plate 801 in chute 802 is evenly spaced to be opened
There are multiple pin holes 804, pin hole 804 is also provided with sliding block 803, the left surface of sliding block 803 is connected with by pin-hinges
Extension bar 805, the left end of connecting rod 805 are articulated and connected by the right flank of pin and the handle of stroller 1.
Also include cleaning plant 9, the eccentric position of the right flank of disk 604 is provided with cleaning plant 9, cleaning plant 9 with
Symmetrical before and after sanding apparatus 6, cleaning plant 9 includes 7 shape plates 901, guide rod 903, transverse slat 904, second spring 905 and hairbrush
906,7 shape plates 901 are connected by bolt with the eccentric position of the right flank of disk 604, and 7 shape plates 901 are with symmetrical before and after pole 605, and 7
The right side of shape plate 901 is provided with guide hole 902, is provided with guide rod 903 in guide hole 902, the rear end of guide rod 903 has been bolted transverse slat
904, two second springs 905, two second springs are connected between the leading flank of transverse slat 904 and the trailing flank of 7 shape plates 901
905 are located at the left and right sides of guide rod 903 respectively, and the front end of guide rod 903 is connected with hairbrush 906.
Also include the spring 11 of sleeve pipe 10 and the 3rd, set has been bolted on the eccentric position of the right flank of disk 604
Pipe 10, symmetrical before and after the shape plate 901 of sleeve pipe 10 and 7, the trailing flank in sleeve pipe 10 is connected with the 3rd spring 11, the rear side of pole 605
Face can also be with the 3rd spring 11 by way of being welded to connect front end be connected, pole 605 is slidably matched with sleeve pipe 10.
Also include electric pushrod 12 and fixed block 13, the left and right sides of the bottom of stroller 1 is provided with electronic by bolt
Push rod 12, fixed block 13 is connected with by bolted connection on the expansion link of electric pushrod 12.
Also include dust catcher 14, the top right side of stroller 1 is provided with dust catcher 14.
Expansion link of the bottom of support plate 5 by bolted connection with the first cylinder 4 is connected, and support plate 5 is shaped as growing
Cube, the making material of support plate 5 is Q235 steel.
Operation principle：The present invention is placed on the left side of wind power generation blade 7, then manually start left/right movement device 3 to make
Support plate 5 moves right, and the sanding apparatus 6 that moves right of support plate 5 moves right therewith, when sanding apparatus 6 moves right to suitable
Left/right movement device 3 is closed during position.Then starting the first cylinder 4 moves up support plate 5, and support plate 5 moves up polishing dress
Put 6 to move up therewith, the first cylinder 4 when sanding apparatus 6 is moved upward to suitable position.Then sanding apparatus is restarted
The surface of 6 pairs of wind power generation blades 7 is polished, and sanding apparatus 6 is closed after the completion of polishing.
Because left/right movement device 3 includes slide bar 301, the cylinder 303 of sliding sleeve 302 and second, the left and right ends of slide bar 301
It is connected by the stroller 1 of the left and right sides in bolt and groove 2, slide bar 301 is provided with the sliding sleeve 302 being slidably matched with it, and first
The bottom of cylinder 4 is arranged on the top of sliding sleeve 302 by bolt, and the front side of slide bar 301 is provided with the second cylinder 303, the second cylinder
303 are arranged in groove 2 on the stroller 1 on right side by bolt, and the expansion link of the second cylinder 303 passes through bolt and sliding sleeve 302
Left surface connects.So manually start the second cylinder 303 makes sliding sleeve 302 move right, sliding sleeve 302 move right support plate 5 with
Move right, the sanding apparatus 6 that moves right of support plate 5 moves right therewith, when sanding apparatus 6 moves right to suitable position
When close the second cylinder 303.
Because sanding apparatus 6 includes bearing block 601, rotating shaft 602, first gear 603, disk 604, pole 605, connection
Plate 606, the first spring 607, sanding block 608, motor 609 and second gear 610, bearing block 601 is Embedded to be arranged on support plate 5
Top, the bearing of bearing block 601 is connected with rotating shaft 602 by way of interference connection, and the periphery of rotating shaft 602 is connected by flat key
The mode connect is connected with first gear 603, and the right-hand member of rotating shaft 602 has been bolted disk 604, the right flank of disk 604
Pole 605 is bolted on eccentric position, there is connecting plate the right flank front side of pole 605 by bolt horizontal connection
606, the trailing flank of connecting plate 606 is evenly spaced by way of being welded to connect to be connected with multiple first springs 607, the first bullet
The rear end of spring 607 is connected with sanding block 608, and the right flank of support plate 5 of the lower section of rotating shaft 602 is provided with motor 609, motor by bolt
609 output shaft is connected with second gear 610 by shaft coupling, and second gear 610 engages with first gear 603.It is so artificial
Starting motor 609 rotates second gear 610, and second gear 610, which rotates, rotates first gear 603, and first gear 603 rotates
The concomitant rotation of rotating shaft 602, rotating shaft 602, which rotates, rotates disk 604, and disk 604 rotates pole 605 and connecting plate 606 turns therewith
Dynamic, connecting plate 606 can rotate sanding block 608, and sanding block 608 rotates and the surface of wind power generation blade 7 can be beaten
Mill, the first spring 607 enable sanding block 608 to be close to the surface of wind power generation blade 7 always.Motor is closed after the completion of polishing
609.
Because also including adjusting means 8, the top left side of stroller 1 is provided with adjusting means 8, and adjusting means 8 includes solid
Fixed board 801, sliding block 803 and connecting rod 805, the bottom of the handle of stroller 1 are articulated and connected by the left surface of pin and stroller 1, pushed away
The top left side of car 1 is connected with fixed plate 801 vertically by bolted connection, and the leading flank of fixed plate 801 is vertically provided with
Chute 802, is provided with the sliding block 803 being slidably matched with it in chute 802, the leading flank uniform intervals of fixed plate 801 in chute 802
Be provided with multiple pin holes 804, pin hole 804 is also provided with sliding block 803, the left surface of sliding block 803 is connected by pin-hinges
There is connecting rod 805, the left end of connecting rod 805 is articulated and connected by the right flank of pin and the handle of stroller 1.Manually move up and down cunning
Block 803, can adjust the angle of the handle of stroller 1 by connecting rod 805, and pin hole is inserted with bolt rod after the completion of angular adjustment
Sliding block 803 is fixed in 804, more preferable stress is so allowed the operator to and promotes stroller 1, stroller 1 is more facilitated,
Efficiently move.
Because also including cleaning plant 9, the eccentric position of the right flank of disk 604 is provided with cleaning plant 9, cleaning plant
9 with symmetrical before and after sanding apparatus 6, and cleaning plant 9 includes 7 shape plates 901, guide rod 903, transverse slat 904, second spring 905 and hair
Brush 906,7 shape plates 901 be connected by bolt with the eccentric position of the right flank of disk 604,7 shape plates 901 with it is right before and after pole 605
Claim, the right side of 7 shape plates 901 is provided with guide hole 902, is provided with guide rod 903 in guide hole 902, the rear end of guide rod 903 has been bolted
Two second springs 905, two the second bullets are connected between the trailing flank of transverse slat 904, the leading flank of transverse slat 904 and 7 shape plates 901
Spring 905 is located at the left and right sides of guide rod 903 respectively, and the front end of guide rod 903 is connected with hairbrush 906.Disk 604 rotates 7 shape plates 901
Concomitant rotation, the rotating guide-bar 903 of 7 shape plate 901 and the concomitant rotation of hairbrush 906, hairbrush 906 rotates can be by wind power generation blade 7
The dust of remained on surface removes, and second spring 905 enables hairbrush 906 to be close to the surface of wind power generation blade 7 always.
Because also including the spring 11 of sleeve pipe 10 and the 3rd, it is bolted on the eccentric position of the right flank of disk 604
There is a sleeve pipe 10, symmetrical before and after the shape plate 901 of sleeve pipe 10 and 7, the trailing flank in sleeve pipe 10 is connected with the 3rd spring 11, pole 605
Trailing flank can also be with the 3rd spring 11 by way of being welded to connect front end be connected, pole 605 is slidably matched with sleeve pipe 10.
When wind power generation blade 7 is larger, being manually pulled along connecting plate 606 makes sanding block 608 be close to the surface of wind power generation blade 7,
Pole 605 is moved forward therewith, and the 3rd spring 11 is upheld therewith.So enable the invention to be applied to different size of wind-force hair
Electric blade 7, improve the practicality of the present invention.
Because also including electric pushrod 12 and fixed block 13, the left and right sides of the bottom of stroller 1 is provided with by bolt
Electric pushrod 12, fixed block 13 is connected with by bolted connection on the expansion link of electric pushrod 12.Manually start electronic
Push rod 12 moves down fixed block 13, closes electric pushrod 12 when fixed block 13 and ground close contact, can so prevent
Only moved during present invention work, starting electric pushrod 12 as the present invention to be moved makes fixed block 13 move up reset, fixed
Block 13 closes electric pushrod 12 after resetting.
Because also including dust catcher 14, the top right side of stroller 1 is provided with dust catcher 14, manually starts the energy of dust catcher 14
It is enough to siphon away dust caused by polishing, operating personnel can be so prevented by dust suction body, so as to protect operator
The health of member.
Because expansion link of the bottom of support plate 5 by bolted connection with the first cylinder 4 is connected, the shape of support plate 5
For cuboid, the making material of support plate 5 is Q235 steel, and the ability to bear of Q235 steel is big, can extend the service life of support plate 5.
Embodiment described above only expresses the preferred embodiment of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (9)
1. the efficient sanding apparatus of a kind of wind power generation blade production, it is characterised in that include stroller (1), move left and right machine
Structure (3), the first cylinder (4), support plate (5) and sanding apparatus (6), the top of stroller (1) are laterally provided with groove (2), and groove (2) is interior
Stroller (1) be provided with left/right movement device (3), the first cylinder (4) is installed on the moving parts of left/right movement device (3),
It is connected with support plate (5) on the expansion link of first cylinder (4) vertically by bolt, the right flank top of support plate (5) is provided with polishing and filled
Put (6).
2. the efficient sanding apparatus of a kind of wind power generation blade production according to claim 1, it is characterised in that left and right is moved
Motivation structure (3) includes slide bar (301), sliding sleeve (302) and the second cylinder (303), and the left and right ends of slide bar (301) pass through bolt
Be connected with the stroller (1) of the left and right sides in groove (2), slide bar (301) is provided with the sliding sleeve (302) that is slidably matched with it, and first
The bottom of cylinder (4) is arranged on the top of sliding sleeve (302) by bolt, and the front side of slide bar (301) is provided with the second cylinder (303),
Second cylinder (303) is arranged in groove (2) on the stroller (1) on right side by bolt, and the expansion link of the second cylinder (303) passes through
Bolt is connected with the left surface of sliding sleeve (302).
A kind of 3. efficient sanding apparatus of wind power generation blade production according to claim 2, it is characterised in that polishing dress
Put (6) and include bearing block (601), rotating shaft (602), first gear (603), disk (604), pole (605), connecting plate
(606), the first spring (607), sanding block (608), motor (609) and second gear (610), bearing block (601) are Embedded
Installed in the top of support plate (5), the bearing of bearing block (601) is connected with rotating shaft (602), rotating shaft by way of interference connection
(602) periphery is connected with first gear (603) by way of flat key connection, and the right-hand member of rotating shaft (602) is bolted
There is disk (604), pole (605), the right side of pole (605) have been bolted on the eccentric position of disk (604) right flank
There is a connecting plate (606) by bolt horizontal connection on front side of side, the trailing flank of connecting plate (606) is equal by way of being welded to connect
Even interval is connected with multiple first springs (607), and the rear end of the first spring (607) is connected with sanding block (608), rotating shaft
(602) support plate (5) right flank below is provided with motor (609) by bolt, and the output shaft of motor (609) is connected by shaft coupling
Second gear (610) is connected to, second gear (610) engages with first gear (603).
4. the efficient sanding apparatus of a kind of wind power generation blade production according to claim 3, it is characterised in that also include
Have an adjusting means (8), the top left side of stroller (1) is provided with adjusting means (8), adjusting means (8) include fixed plate (801),
Sliding block (803) and connecting rod (805), the bottom of stroller (1) handle are articulated and connected by the left surface of pin and stroller (1), pushed away
The top left side of car (1) is connected with fixed plate (801) vertically by bolted connection, and the leading flank of fixed plate (801) erects
To chute (802) is provided with, the sliding block (803) being slidably matched with it is provided with chute (802), the fixed plate in chute (802)
(801) leading flank is evenly spaced is provided with multiple pin holes (804), and pin hole (804), sliding block are also provided with sliding block (803)
(803) left surface is connected with connecting rod (805) by pin-hinges, and the left end of connecting rod (805) passes through pin and stroller (1)
The right flank of handle is articulated and connected.
5. the efficient sanding apparatus of a kind of wind power generation blade production according to claim 4, it is characterised in that also include
There is cleaning plant (9), the eccentric position of disk (604) right flank is provided with cleaning plant (9), and cleaning plant (9) fills with polishing
Put it is symmetrical before and after (6), cleaning plant (9) include 7 shape plates (901), guide rod (903), transverse slat (904), second spring (905) and
Hairbrush (906), 7 shape plates (901) are connected by bolt with the eccentric position of disk (604) right flank, 7 shape plates (901) and pole
(605) it is symmetrical before and after, guide hole (902) is provided with the right side of 7 shape plates (901), guide rod (903), guide rod are provided with guide hole (902)
(903) rear end has been bolted transverse slat (904), between the leading flank of transverse slat (904) and the trailing flank of 7 shape plates (901)
Two second springs (905) are connected with, two second springs (905) are located at the left and right sides of guide rod (903), guide rod respectively
(903) front end is connected with hairbrush (906).
6. the efficient sanding apparatus of a kind of wind power generation blade production according to claim 5, it is characterised in that also include
There are sleeve pipe (10) and the 3rd spring (11), sleeve pipe (10) has been bolted on the eccentric position of disk (604) right flank, cover
Manage symmetrical before and after (10) and 7 shape plates (901), the trailing flank in sleeve pipe (10) is connected with the 3rd spring (11), after pole (605)
Side can also be with the 3rd spring (11) by way of being welded to connect front end be connected, pole (605) and sleeve pipe (10) slide
Coordinate.
7. the efficient sanding apparatus of a kind of wind power generation blade production according to claim 6, it is characterised in that also include
There are electric pushrod (12) and fixed block (13), the left and right sides of stroller (1) bottom is provided with electric pushrod (12) by bolt,
Fixed block (13) is connected with the expansion link of electric pushrod (12) by bolted connection.
8. the efficient sanding apparatus of a kind of wind power generation blade production according to claim 7, it is characterised in that also include
There is dust catcher (14), the top right side of stroller (1) is provided with dust catcher (14).
A kind of 9. efficient sanding apparatus of wind power generation blade production according to claim 8, it is characterised in that support plate
(5) expansion link of the bottom by bolted connection with the first cylinder (4) is connected, and support plate (5) is shaped as cuboid, branch
The making material of plate (5) is Q235 steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720418157.5U CN206839785U (en) | 2017-04-20 | 2017-04-20 | A kind of efficient sanding apparatus of wind power generation blade production |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720418157.5U CN206839785U (en) | 2017-04-20 | 2017-04-20 | A kind of efficient sanding apparatus of wind power generation blade production |
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| Publication Number | Publication Date |
|---|---|
| CN206839785U true CN206839785U (en) | 2018-01-05 |
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ID=60793483
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720418157.5U Expired - Fee Related CN206839785U (en) | 2017-04-20 | 2017-04-20 | A kind of efficient sanding apparatus of wind power generation blade production |
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| CN (1) | CN206839785U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111168579A (en) * | 2020-01-19 | 2020-05-19 | 山东九佳紧固件股份有限公司 | Wire shot blasting equipment for fastener and using method thereof |
-
2017
- 2017-04-20 CN CN201720418157.5U patent/CN206839785U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111168579A (en) * | 2020-01-19 | 2020-05-19 | 山东九佳紧固件股份有限公司 | Wire shot blasting equipment for fastener and using method thereof |
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Granted publication date: 20180105 Termination date: 20210420 |