CN108312009A - A kind of water generating blade grinding device - Google Patents
A kind of water generating blade grinding device Download PDFInfo
- Publication number
- CN108312009A CN108312009A CN201810098433.3A CN201810098433A CN108312009A CN 108312009 A CN108312009 A CN 108312009A CN 201810098433 A CN201810098433 A CN 201810098433A CN 108312009 A CN108312009 A CN 108312009A
- Authority
- CN
- China
- Prior art keywords
- blade
- gear
- block
- plate
- polishing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B19/00—Single-purpose machines or devices for particular grinding operations not covered by any other main group
- B24B19/14—Single-purpose machines or devices for particular grinding operations not covered by any other main group for grinding turbine blades, propeller blades or the like
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B41/00—Component parts such as frames, beds, carriages, headstocks
- B24B41/005—Feeding or manipulating devices specially adapted to grinding machines
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B47/00—Drives or gearings; Equipment therefor
- B24B47/20—Drives or gearings; Equipment therefor relating to feed movement
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B51/00—Arrangements for automatic control of a series of individual steps in grinding a workpiece
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B55/00—Safety devices for grinding or polishing machines; Accessories fitted to grinding or polishing machines for keeping tools or parts of the machine in good working condition
- B24B55/06—Dust extraction equipment on grinding or polishing machines
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The invention discloses a kind of water generating blade grinding devices,Its structure includes blade polishing device,Blade bears plate entrance,Pin-joint piece,End supports footing,Product outlet side plate,Hand handle,Midfoot support footing,Control button,Show screen,Control cabinet,Observation window,Front end face is equipped with observation window on blade polishing device,Observation window is glued with blade polishing device,Blade polishing device lower front end face is connected and parallel to each other between the two with control cabinet rear end face,Control cabinet is equipped with display screen and control button,Control button set altogether there are three and between it is parallel to each other,Blade polishing device lower front end face is connected by pin-joint piece with product outlet side plate,Product outlet side plate is equipped with hand handle,Blade polishing and switch triggering structure in blade polishing device can polish according to the amplitude adjusted of electric blade and carry out entire row by blade finished product entire row structure,Facilitate collection and taking-up,Also accordingly reduce part manual labor.
Description
Technical field
The present invention is a kind of water generating blade grinding device, belongs to water generating instrument field.
Background technology
Polishing refers to mill or wipes implements surface, makes smooth exquisiteness.Language goes out first anonymous person《Little Wei Chi》First folding:" today exists
On private residence lobby, military uniform is tidied up, weapons of polishing.
Power power generation is a kind of mode of power generation, and the water utilized mainly can contain the potential energy in water body.It is by building
Object concentrates the drop of natural flow, forms head, and collect, adjust the flow of natural flow with reservoir；Basic equipment is water
Turbine generator group.When flow passes through the hydraulic turbine, the hydraulic turbine is rotated by water jet propulsion, and the hydraulic turbine drives electrical power generators, machine
Tool can be converted to electric energy, and electric power is sent to user using power transformation and equipment for power transmission and distribution.Water can be the renewable energy of nature,
With hydrologic cycle, repeated reproducibility.Hydroelectric generation does not consume fuel in operation, and operational management expense and cost of electricity-generating are more than fire coal
Power station is low.Chemical change does not occur during water can be converted into electric energy for hydroelectric generation, does not drain harmful substance, to environment shadow
Sound is small, therefore power dam acquisition is a kind of clean energy.
But the prior art is in use, since water generating blade needs to do amplitude, and grinding disc polishing cannot better root
It polishes according to the amplitude of electric blade so that the electric blade of finished product has been shown in quality defect, and needs manually to collect finished product.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of water generating blade grinding device, with
The prior art is solved in use, since water generating blade needs to do amplitude, and grinding disc polishing cannot be preferably according to electric leaf
The amplitude of piece is polished so that the electric blade of finished product has been shown in quality defect, and needs artificial come the problem of collecting finished product.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of water generating blade use
Grinding device, structure include that blade polishing device, blade bear plate entrance, pin-joint piece, end support footing, product outlet side
Plate, hand handle, midfoot support footing, control button, display screen, control cabinet, observation window, front end face on the blade polishing device
Equipped with observation window, the observation window is glued with blade polishing device, the blade polishing device lower front end face and control box back
Face is connected and parallel to each other between the two, and the control cabinet is equipped with display screen and control button, the control button
Set altogether there are three and between it is parallel to each other, the blade polishing device lower front end face passes through pin-joint piece and product outlet side plate phase
Connection, the product outlet side plate are equipped with hand handle, and blade polishing device lower end is equipped with end support footing and middle part branch
It supports footing, the support footing and midfoot support footing to weld with blade polishing device lower end, the blade polishing device is by leaf
Piece polishing and switch triggering structure, blade finished product entire row structure, transporter robust structure, device housing, are led to electrostatic chalk dust removing machine
Air port forms, and the blade polishing and switch triggering structure, electrostatic chalk dust removing machine, blade finished product entire row structure, transporter are firm
Structure, ventilation opening are set to inside device housing, and the blade polishing and switch triggering structure upper end are connected with device housing inner wall
It connects, transporter robust structure is equipped with below described device outline border, the transporter robust structure side of having is equipped with blade finished product entire row
Structure, blade finished product entire row structure upper end are equipped with electrostatic chalk dust removing machine, and the electrostatic chalk dust removing machine left is beaten equipped with blade
Mill and switch triggering structure, the ventilation opening are set in the device housing in left side, and described device outline border is integrated.
Further, the blade polishing and switch triggering structure are by trigger switch sliding block, the first control module, triggering
Block, the second control module, transmission gear, L-shaped rack, drive link, track sliding bar, track stabilizer slippery fellow block, hinge outer pass
Moving teeth, arc transmission gear, composite bevel toothed disc, spiral bevel gear bar, three motors, equipment gear, hingedly connect drive link,
Unilateral gear, rotation outer barrel, flexible interior bar, rotating wheel, fixed rack tooth socket, blade polishing wheel, polishing structure fix outline border, spiral shell
Rasp bar, Composite Transmission gear, conveyer belt directive wheel, hinge inclined-plane gear, hinge gear, transmission channel bar, chain composition.
Further, the trigger switch sliding block has right end to be meshed with transmission gear tooth socket equipped with tooth socket, the transmission
Gear upper end is meshed with L-shaped rack tooth socket, and L-shaped rack lower end is connected with the second control module, second control
Module and the first control module are equipped with triggering block, the triggering block share two pieces and between be clearance fit, the blade
Grinding wheel fixes outline border with polishing structure by shaft and is connected, and the polishing structure fixes outline border and passes through transmission wheel and conveyer belt
It is sequentially connected with the transmission wheel on threaded rod, the threaded rod left and right ends fix outline border with polishing structure by bearing and are connected
It connects, the threaded rod upper end is meshed with Composite Transmission gear lower end, and the Composite Transmission gear passes through outside conveyer belt and hinge
Portion's driving cog is sequentially connected, and the conveyer belt directive wheel is set to polishing structure and fixes outline border upper end, and the polishing structure is fixed outer
Frame and the conveyer belt clearance fit where Composite Transmission gear, the polishing structure are fixed outline border left end and are cut with scissors with drive link right end
It connects, the tooth socket that the transmission channel bar upper right side is equipped with is meshed with the tooth socket that arc transmission gear is equipped with, the transmission channel bar
Coordinate with track stabilizer slippery fellow's block gap, the track stabilizer slippery fellow block is connect with device housing internal mechanical, and the arc passes
The tooth socket that moving gear right end is equipped with is meshed with arc transmission gear, and the arc transmission gear is mutually nibbled with spiral bevel gear bar
It closes, the spiral bevel gear bar right end is connected with three motor left ends, and three motor right ends lead to shaft and unilateral gear
Left end is connected, the unilateral gear and the tooth socket clearance fit that is equipped on rotation outer barrel, the rotation outer barrel with stretch
Contracting interior bar is threadedly coupled, and the flexible interior bar lower end is connected with transmission channel bar upper end, and three motor lower ends pass through shaft
Be connected with equipment gear upper end, the equipment gear altogether there are two and between be clearance fit, it is described hingedly to connect drive link
Middle part is equipped with equipment gear, and the equipment gear left and right ends are connect by gear with the gear drive of hinge inclined-plane, the hinge
Inclined-plane gear and hinge gear be set to inside chain and between be clearance fit, hinge inclined-plane gear is set to hinge gear
Top, the hinge outer driving cog are connect in chain drive.
Further, the electrostatic chalk dust removing machine is generated by removing blowing blade, Electrostatic Absorption net, ventilative support plate, electrostatic
Module removes air blast motor composition, and described to remove blowing blade right end by shaft with except air blast motor left end is connected, described remove is blown
Wind turbine, the ventilative support plate one is connected with device housing and other end is connected with blade finished product entire row structure, institute
State between ventilative support plate by bearing with except shaft where blowing blade is connected.
Further, the blade finished product entire row structure by bearing plate entrance track, upper layer bear plate drive link, the first tooth
Wheel, twisted belt, second gear, lower layer bear plate, and to pass driving block, L-shaped convex block, semicircle convex block, force application spring, auxiliary short
Plate, finished product blade, bear plate, lower layer bears plate track, upper layer bears plate track, the first drive link of middle level, drive link outline border, in
The second drive link of layer, guide roller, link block rail sliding rail, link block composition.
Further, it is described bear plate entrance track right end and bear plate entrance with blade be connected, the blade bears plate
Entrance bears plate track with upper layer and is connected, and the lower layer bears plate track and is connected with device housing, and the lower layer bears plate
Track is born set on upper layer below plate track, described to bear that plate left end slippery fellow bears plate track with lower layer and upper layer bears plate track
You coordinate under adding, and described to bear plate and short slab right end is assisted to be connected with link block, the left end is equipped with semicircle convex block, institute
L-shaped convex block is stated by being connected inside force application spring and link block, the link block and link block rail sliding rail clearance fit,
The lower layer bears the tooth socket that plate biography driving block upper right side is equipped with and is meshed with second gear, and the second gear passes through torsion
Conveyer belt is sequentially connected with first gear, and the first gear upper end bears plate drive link tooth socket with upper layer and is meshed, the biography
Lever outline border is internally provided with the first drive link and the second drive link of middle level and guide roller, and first drive link and middle level second pass
Lever is connected by force application spring with drive link outline border, and first drive link is passed by conducting wire and guide roller with middle level second
Lever is connected, and the finished product blade is placed and born on plate.
Further, the transporter robust structure is by transport transmission wheel, spacing block, transport cushion cap, Composite Transmission disk, cone
Shape gear, firm arm, firm plate, the first firm block, driving motor, motor U-shaped cushion block, shaft bar, the second firm block composition.
Further, it is connected inside the motor U-shaped cushion block and firm plate upper and lower ends and device housing, the transmission
Motor and motor U-shaped cushion block clearance fit, the driving motor right end and shaft bar and the second firm block and the first firm block phase
The described second firm block and the first firm block is coordinated to be connected with firm arm by spring, the firm arm is hinged with firm plate,
The shaft bar right end is connected with angular wheel left end, and the angular wheel is meshed with Composite Transmission disk, the compound biography
Moving plate is sequentially connected by conveyer belt and transport transmission wheel, and the transport transmission wheel is set to inside transport cushion cap, and the transport is held
Platform is equipped with spacing block.
Advantageous effect
A kind of water generating blade grinding device of the present invention, it would be desirable to which the electric blade of polishing is put on transport cushion cap, so
The control button of control cabinet controls the rotation of three motors afterwards, and being polished electric blade by blade polishing wheel, (grinding wheel passes through
Polishing structure is fixed outline border and is provoked up and down to control, can more electric blade amplitude control), the electric blade for completion of polishing is in blade
Finished product entire row structure is collected entire row, finally opens finished product outlet side plate and takes out, in the adsorbable polishing of electrostatic chalk dust removing machine
Grit.
Three motor rotations drive left end spiral bevel gear bar, spiral bevel gear bar to drive composite bevel toothed disc and arc
Transmission gear, at this moment the transmission channel bar of left end declines is driven the polishing structure for doing left end to fix outline border rising (decline by drive link
Similarly three motor negative direction rotations), three motor rotations drive the unilateral gear of right end, unilateral gear to drive on rotation outer barrel
Gear, at this moment rotate outer barrel rotate so that transmission channel bar decline, transmission channel bar decline by drive link drive right end polishing knot
Structure fixes outline border and rises and (decline similarly three motor negative direction rotations), and three motor rotation lower ends drive equipment gear, auxiliary
It helps gear drive hingedly to connect drive link, hinge inclined-plane gear, hinge inclined-plane tooth is finally driven by gear by hingedly connecting drive link
Wheel drives chain, chain interoperation hinge outer driving cog, hinge outer driving cog to drive Composite Transmission gear, Composite Transmission gear
Matching thread bar finally drives the rotation of blade polishing wheel to polish electricity also piece by threaded rod by transmission belt and transmission wheel,
It waiting for that electric blade processing finished product is transmitted to bear on plate, finished product blade pushes L-shaped convex block, L-shaped convex block to push the second drive link of middle level,
The second drive link of middle level passes through conducting wire and guide roller so that the first drive link of middle level slides to the right, and at this moment finished product blade is with bearing
Plate declines, and second drive link of middle level etc. structure restores to the original state, and bears plate and decline by semicircle convex block promotion lower layer thereon
It bears plate and passes driving block, lower layer, which bears plate and passes driving block and move right, drives second gear and twisted belt and the second tooth
Wheel so that upper layer bears plate drive link and moves right, and one piece of composite bevel toothed disc, which is fallen down, at this time is stuck at equipment gear, according to
Secondary cycle, and the main body of structure where bearing plate can be opened by product outlet side plate and be taken out, and bear after plate further takes out and take out into
Product blade bears the main body of structure where plate and is reused by bearing the releasing of plate entrance track bearing plate entrance from blade, leaf
Piece finished product entire row structure is provides power to transport cushion cap, and the first firm block and the second firm block countershaft bar play a control
The effect of rate processed, facilitates speed governing to transport, blade polishing and switch triggering structure be touch switch by the first control module and
The triggering block of second control module is contacted and is triggered.
Blade polishing and switch triggering structure in blade polishing device can be polished according to the amplitude adjusted of electric blade and
Entire row is carried out by blade finished product entire row structure, facilitates collection and taking-up, also accordingly reduces part manual labor.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of water generating blade grinding device of the present invention；
Fig. 2 is the planar structure schematic diagram of blade polishing device of the present invention；
Fig. 3 is the planar structure schematic diagram that present invention polishing structure fixes outline border transmission；
Fig. 4 is the planar structure schematic diagram being driven at the second drive link of middle level of the present invention；
Fig. 5 is the planar structure schematic diagram that lower layer of the present invention bears that plate passes transmission at driving block.
In figure：Blade polishing device -1, blade bear plate entrance -2, pin-joint piece -3, end support footing -4, product outlet
Side plate -5, hand handle -6, midfoot support footing -7, control button -8, display screen -9, control cabinet -10, observation window -11, blade are beaten
Mill and switch triggering structure -101, electrostatic chalk dust removing machine -102, blade finished product entire row structure -103, transporter robust structure -
104, device housing -105, ventilation opening -106, trigger switch sliding block -10101, the first control module -10102, triggering block -
10103, the second control module -10104, transmission gear -10105, L-shaped rack -10106, drive link -10107, track sliding
Bar -10108, track stabilizer slippery fellow block -10109, hinge outer driving cog -10110, arc transmission gear -10111, composite inclined
Face toothed disc -10112, equipment gear -10115, hingedly connects drive link-at -10113, three motors -10114 of spiral bevel gear bar
10116, unilateral gear -10117, rotation outer barrel -10118, flexible interior bar -10119, rotating wheel -10120, fixed rack tooth socket -
10121, blade polishing wheel -10122, polishing structure fix outline border -10123, threaded rod -10124, Composite Transmission gear -
10125, conveyer belt directive wheel -10126, hinge inclined-plane gear -10127, hinge gear -10128, transmission channel bar -10129, chain
Item -10130 removes blowing blade -10201, Electrostatic Absorption net -10202, ventilative support plate -10203, electrostatic generation module -
10204, except air blast motor -10205, bear plate entrance track -10301, upper layer bears plate drive link -10302, first gear -
10303, twisted belt -10304, second gear -10305, lower layer bear plate and pass driving block -10306, L-shaped convex block -
10307, semicircle convex block -10308, force application spring -10309, auxiliary short slab -10310, finished product blade -10311, bear plate -
10312, lower layer bears plate track -10313, upper layer bears plate track -10314, outside the first drive link -10315 of middle level, drive link
Frame -10316, the second drive link -10317 of middle level, guide roller -10318, link block rail sliding rail -10319, link block -
10320, transmission wheel -10401, spacing block -10402, transport cushion cap -10403, Composite Transmission disk -10404, angular wheel-are transported
10405, arm -10406, firm plate -10407, the first firm block -10408, driving motor -10409, motor U-shaped cushion block-are consolidated
10410, shaft bar -10411, the second firm block -10412.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of water generating blade grinding device technical solution：Its structure includes
Blade polishing device 1, blade bear plate entrance 2, pin-joint piece 3, end support footing 4, product outlet side plate 5, hand handle 6, middle part
It supports footing 7, control button 8, show screen 9, control cabinet 10, observation window 11, front end face is equipped on the blade polishing device 1
Observation window 11, the observation window 11 are glued with blade polishing device 1,1 lower front end face of the blade polishing device and control cabinet 10
Rear end face is connected and parallel to each other between the two, and the control cabinet 10 is equipped with display screen 9 and control button 8, described
Control button 8 set altogether there are three and between it is parallel to each other, 1 lower front end face of the blade polishing device by pin-joint piece 3 at
Product outlet side plate 5 is connected, and the product outlet side plate 5 is equipped with hand handle 6, and 1 lower end of blade polishing device is equipped with end
Footing 4 and midfoot support footing 7, the support footing 4 and midfoot support footing 7 is supported to be welded with 1 lower end of blade polishing device,
The blade polishing device 1 is by blade polishing and switch triggering structure 101, electrostatic chalk dust removing machine 102, blade finished product entire row structure
103, transporter robust structure 104, device housing 105, ventilation opening 106 form, the blade polishing and switch triggering structure
101, electrostatic chalk dust removing machine 102, blade finished product entire row structure 103, transporter robust structure 104, ventilation opening 106 are set to outside device
Inside frame 105, the blade polishing and 101 upper end of switch triggering structure are connected with 105 inner wall of device housing, outside described device
105 lower section of frame is equipped with transporter robust structure 104, and 104 side of having of transporter robust structure is equipped with blade finished product entire row structure
103,103 upper end of blade finished product entire row structure is equipped with electrostatic chalk dust removing machine 102, and 102 left of electrostatic chalk dust removing machine is set
There are blade polishing and switch triggering structure 101, the ventilation opening 106 to be set in the device housing 105 in left side, described device outline border
105 are integrated, and the blade polishing and switch triggering structure 101 are by trigger switch sliding block 10101, the first control module
10102, triggering block 10103, the second control module 10104, transmission gear 10105, L-shaped rack 10106, drive link 10107, rail
It is road sliding bar 10108, track stabilizer slippery fellow block 10109, hinge outer driving cog 10110, arc transmission gear 10111, compound
Inclined-plane toothed disc 10112, equipment gear 10115, hingedly connects drive link at 10113, three motors 10114 of spiral bevel gear bar
10116, unilateral gear 10117, rotation outer barrel 10118, flexible interior bar 10119, rotating wheel 10120, fixed rack tooth socket
10121, blade polishing wheel 10122, polishing structure are fixed outline border 10123, threaded rod 10124, Composite Transmission gear 10125, are passed
Band directive wheel 10126, hinge inclined-plane gear 10127, hinge gear 10128, transmission channel bar 10129, chain 10130 is sent to form,
The trigger switch sliding block 10101 has right end to be meshed with 10105 tooth socket of transmission gear equipped with tooth socket, the transmission gear
10105 upper ends are meshed with 10106 tooth socket of L-shaped rack, and 10106 lower end of L-shaped rack is connected with the second control module 10104
It connects, second control module, 10104 and first control module 10102 is equipped with triggering block 10103, the triggering block 10103
Share two pieces and between be clearance fit, the blade polishing wheel 10122 pass through shaft with polishing structure fix outline border 10123
It is connected, the polishing structure is fixed outline border 10123 and is driven with the transmission wheel on threaded rod 10124 by transmission wheel and conveyer belt
Connection, 10124 left and right ends of the threaded rod fix outline border 10123 with polishing structure by bearing and are connected, the threaded rod
10124 upper ends are meshed with 10125 lower end of Composite Transmission gear, and the Composite Transmission gear 10125 passes through conveyer belt and hinge
Ex-ternal transmission tooth 10110 is sequentially connected, and the conveyer belt directive wheel 10126 is set to polishing structure and fixes 10123 upper end of outline border, institute
It states polishing structure and fixes conveyer belt clearance fit of the outline border 10123 where with Composite Transmission gear 10125, the polishing structure is solid
Determine the tooth socket and arc that 10123 left end of outline border is hinged with 10107 right end of drive link, and transmission 10129 upper right side of channel bar is equipped with
The tooth socket that transmission gear 10111 is equipped with is meshed, and the transmission channel bar 10129 is matched with 10109 gap of track stabilizer slippery fellow block
It closes, the track stabilizer slippery fellow block 10109 is connect with 105 internal mechanical of device housing, 10111 right end of arc transmission gear
The tooth socket being equipped with is meshed with arc transmission gear 10111, the arc transmission gear 10111 and spiral bevel gear bar 10113
It is meshed, 10113 right end of spiral bevel gear bar is connected with three 10114 left ends of motor, and three motors 10114 are right
End leads to shaft and is connected with 10117 left end of unilateral gear, is equipped on the unilateral gear 10117 and rotation outer barrel 10118
Tooth socket clearance fit, 10118 inside of the rotation outer barrel is threadedly coupled with flexible interior bar 10119, under the flexible interior bar 10119
End is connected with 10129 upper end of transmission channel bar, and three motors, 10114 lower end passes through shaft and 10115 upper end of equipment gear
Be connected, the equipment gear 10115 altogether there are two and between be clearance fit, it is described hingedly to connect the middle part of drive link 10116
Equipped with equipment gear 10115,10115 left and right ends of the equipment gear are connected by gear and the transmission of hinge inclined-plane gear 10127
Connect, hinge inclined-plane gear 10127 and hinge gear 10128 be set to 10130 inside of chain and between be clearance fit, institute
Hinge inclined-plane gear 10127 is stated set on 10128 top of hinge gear, the hinge outer driving cog 10110 and in chain 10130
It is sequentially connected, the electrostatic chalk dust removing machine 102 is by removing blowing blade 10201, Electrostatic Absorption net 10202, ventilative support plate
10203, electrostatic generation module 10204, except air blast motor 10205 form, it is described except blowing 10201 right end of blade by shaft with
It is described to remove air blast motor 10205 except 10205 left end of air blast motor is connected, the ventilative support plate 10,203 1 with outside device
Frame 105 is connected and other end is connected with blade finished product entire row structure 103, passes through axis between the ventilative support plate 10203
It holds with except blowing 10201 place shaft of blade is connected, the blade finished product entire row structure 103 is by bearing plate entrance track
10301, upper layer bears plate drive link 10302, first gear 10303, twisted belt 10304, second gear 10305, lower layer
Bear plate pass driving block 10306, L-shaped convex block 10307, semicircle convex block 10308, force application spring 10309, auxiliary short slab 10310,
Finished product blade 10311, bear plate 10312, lower layer bears plate track 10313, upper layer bears plate track 10314, middle level first pass
Lever 10315, drive link outline border 10316, the second drive link of middle level 10317, guide roller 10318, link block rail sliding rail
10319, link block 10320 forms, it is described bear 10301 right end of plate entrance track and bear plate entrance 2 with blade be connected, it is described
Blade, which bears plate entrance 2 and bears plate track 10314 with upper layer, to be connected, and the lower layer bears plate track 10313 and device housing
It is connected, the lower layer bears plate track 10313 and bears 10314 lower section of plate track set on upper layer, described to bear 10312 left end of plate
It is foxy bear plate track 10313 with lower layer and upper layer bear plate track 10314 plus it is lower your coordinate, the plate 10312 and auxiliary of bearing
10310 right end of short slab is helped to be connected with link block 10320, the left end is equipped with semicircle convex block 10308, the L-shaped convex block
10307 inside force application spring 10309 and link block 10320 by being connected, and the link block 10320 slides rail with link block rail
10319 clearance fit of road, the lower layer bear plate and pass the tooth socket and second gear 10305 that 10306 upper right side of driving block is equipped with
It is meshed, the second gear 10305 is sequentially connected by twisted belt 10304 and first gear 10303, first tooth
It takes turns 10303 upper ends and bears 10302 tooth socket of plate drive link with upper layer and be meshed, the drive link outline border 10316 is internally provided with first
Drive link 10315 and the second drive link of middle level 10317 and guide roller 10318, first drive link 10315 and middle level second pass
Lever 10317 is connected by force application spring 10309 with drive link outline border 10316, and first drive link 10315 passes through conducting wire
It is connected with guide roller 10318 with the second drive link of middle level 10317, the finished product blade 10311 is placed and bears plate 10312
On, the transporter robust structure 104 is by transport transmission wheel 10401, spacing block 10402, transport cushion cap 10403, Composite Transmission
Disk 10404, angular wheel 10405, firm arm 10406, firm plate 10407, the first firm block 10408, driving motor 10409,
Motor U-shaped cushion block 10410, shaft bar 10411, the second firm block 10412 composition, the motor U-shaped cushion block 10410 and firm plate
It is connected inside 10407 upper and lower ends and device housing 105, the driving motor 10409 and 10410 gap of motor U-shaped cushion block
Cooperation, 10409 right end of the driving motor match with shaft bar 10411 and the second firm block 10412 and the first firm block 10408
It closes the described second firm block 10412 and the first firm block 10408 is connected by spring with firm arm 10406, the firm arm
10406 is hinged with firm plate 10407, and 10411 right end of shaft bar is connected with 10405 left end of angular wheel, the taper
Gear 10405 is meshed with Composite Transmission disk 10404, and the Composite Transmission disk 10404 passes through conveyer belt and transport transmission wheel
10401 are sequentially connected, and the transport transmission wheel 10401 is set to inside transport cushion cap 10403, is set on the transport cushion cap 10403
There is spacing block 10402.
Display screen 9 described in this patent, is also generally referred to as monitor, and display screen 9 is to belong to the I/O of computer to set
It is standby, i.e. input-output equipment, it be it is a kind of certain electronic document is shown on screen again by specific transmission device it is anti-
It is mapped to the show tools of human eye, according to the difference of manufacture material, can be divided into:Cathode-ray tube display (CRT), plasma is shown
Device PDP, liquid crystal display LCD etc..
It is carrying out in use, the electric blade polished will be needed to be put on transport cushion cap 10403 first, then control cabinet 10
Control button 8 controls the rotation of three motors 10114, is polished (grinding wheel to electric blade by blade polishing wheel 10122
10122, which by structure of polishing fix outline border about 10123, provokes and controls, can more electric blade amplitude control), polishing completion
Electric blade be collected entire row in blade finished product entire row structure 103, finally open finished product outlet side plate 5 and take out, electrostatic gumming
Grit in the 102 adsorbable polishing of dirt machine.
Three rotations of motor 10114 drive left end spiral bevel gear bar 10113, and spiral bevel gear bar 10113 drives compound
Inclined-plane toothed disc 10112 and arc transmission gear 10111, at this moment the decline of transmission channel bar 10129 of left end is by 10107 band of drive link
The dynamic polishing structure for doing left end fixes outline border 10123 and rises and (decline similarly three 10114 negative direction of motor rotations), three motors
10114 rotations drive the unilateral gear 10117 of right end, unilateral gear 10117 to drive the gear on rotation outer barrel 10118, at this moment
It rotates outer barrel 10118 to rotate so that transmission channel bar 10129 declines, transmission channel bar 10129 declines drives right end by drive link 10107
Polishing structure fix outline border 10123 and rise (decline similarly three 10114 negative directions of motor rotation), and three motors 10114
It rotates lower end and drives equipment gear 10115, the drive of equipment gear 10115 hingedly connects drive link 10116, finally by hingedly connecting transmission
Bar 10116 drives hinge inclined-plane gear 10127 by gear, and hinge inclined-plane gear 10127 drives chain 10130, chain 10130
Hinge outer driving cog 10110, hinge outer driving cog 10110 is coordinated to drive Composite Transmission gear 10125, Composite Transmission gear
10125 matching thread bars 10124 finally drive blade polishing wheel 10122 to revolve by threaded rod 10124 by transmission belt and transmission wheel
Turn to polish to electricity also piece.
It waits for that electric blade processing finished product is transmitted to bear on plate 10312, finished product blade 10311 pushes L-shaped convex block 10307, L-shaped
Convex block 10307 pushes the second drive link of middle level 10317, the second drive link of middle level 10317 to make by conducting wire and guide roller 10318
It obtains the first drive link of middle level 10315 to slide to the right, at this moment finished product blade 10311 declines with plate 10312 is born, and middle level second passes
Lever 10317 etc. structure restores to the original state, and bears the decline of plate 10312 and push lower layer to bear by semicircle convex block 10308 thereon
Plate pass driving block 10306, lower layer bear plate pass driving block 10306 move right drive second gear 10305 and torsion pass
Send band 10304 and second gear 10305 so that upper layer bears plate drive link 10302 and moves right, at this time one piece of composite bevel tooth
Wheel disc 10112, which is fallen down, to be stuck at equipment gear 10115, is recycled successively, and bear 10312 place structure of plate main body can by
Product export side plate 5 and open taking-up, and bear and take out finished product blade 10311 after plate 10312 further takes out, and bear knot where plate 10312
The main body of structure from blade bear plate entrance 2 by bear plate entrance track 10301 releasing reuse.
Blade finished product entire row structure 103 is to provide power to transport cushion cap 10403, and the first firm block 10408 and second
Firm 10412 countershaft bar of block plays the role of a speed control, facilitates speed governing to transport, blade polishing and switch triggering structure
101 are triggered for touch switch by the triggering block 10103 of the first control module 10102 and the second control module 10104.
Problems solved by the invention is the prior art in use, since water generating blade needs to do amplitude, and grinding disc
Polishing cannot preferably polish according to the amplitude of electric blade so that the electric blade of finished product has been shown in quality defect, and needs
Artificial to collect finished product, the present invention is combined with each other by above-mentioned component, a kind of water generating blade grinding device of the present invention,
The electric blade polished will be needed to be put on transport cushion cap 10403, then the control button 8 of control cabinet 10 controls three motors
10114 rotation, being polished electric blade by blade polishing wheel 10122, (grinding wheel 10122 fixes outline border by structure of polishing
About 10123 provoke to control, can more electric blade amplitude control), the electric blade for completion of polishing is in blade finished product entire row knot
Structure 103 is collected entire row, finally opens finished product outlet side plate 5 and takes out, the dirt in the 102 adsorbable polishing of electrostatic chalk dust removing machine
Grain.
Three rotations of motor 10114 drive left end spiral bevel gear bar 10113, and spiral bevel gear bar 10113 drives compound
Inclined-plane toothed disc 10112 and arc transmission gear 10111, at this moment the decline of transmission channel bar 10129 of left end is by 10107 band of drive link
The dynamic polishing structure for doing left end fixes outline border 10123 and rises and (decline similarly three 10114 negative direction of motor rotations), three motors
10114 rotations drive the unilateral gear 10117 of right end, unilateral gear 10117 to drive the gear on rotation outer barrel 10118, at this moment
It rotates outer barrel 10118 to rotate so that transmission channel bar 10129 declines, transmission channel bar 10129 declines drives right end by drive link 10107
Polishing structure fix outline border 10123 and rise (decline similarly three 10114 negative directions of motor rotation), and three motors 10114
It rotates lower end and drives equipment gear 10115, the drive of equipment gear 10115 hingedly connects drive link 10116, finally by hingedly connecting transmission
Bar 10116 drives hinge inclined-plane gear 10127 by gear, and hinge inclined-plane gear 10127 drives chain 10130, chain 10130
Hinge outer driving cog 10110, hinge outer driving cog 10110 is coordinated to drive Composite Transmission gear 10125, Composite Transmission gear
10125 matching thread bars 10124 finally drive blade polishing wheel 10122 to revolve by threaded rod 10124 by transmission belt and transmission wheel
Turn to polish to electricity also piece, wait for that electric blade processing finished product is transmitted to and bear on plate 10312, finished product blade 10311 pushes L-shaped convex
Block 10307, L-shaped convex block 10307 push the second drive link of middle level 10317, the second drive link of middle level 10317 to pass through conducting wire and conducting wire
Wheel 10318 so that the first drive link of middle level 10315 slides to the right, and at this moment finished product blade 10311 declines with plate 10312 is born, and
The second drive link of middle level 10317 etc. structure restores to the original state, and bears the decline of plate 10312 and pushed away by semicircle convex block 10308 thereon
Dynamic lower layer bear plate pass driving block 10306, lower layer bear plate pass driving block 10306 move right drive second gear
10305 and twisted belt 10304 and second gear 10305 so that upper layer bears plate drive link 10302 and moves right, at this time
One piece of composite bevel toothed disc 10112, which is fallen down, to be stuck at equipment gear 10115, is recycled successively, and bears knot where plate 10312
The main body of structure can be opened by product outlet side plate 5 and be taken out, and born and taken out finished product blade 10311 after plate 10312 further takes out, and be born
The main body of 10312 place structure of plate from blade bear plate entrance 2 by bear plate entrance track 10301 releasing reuse, leaf
Piece finished product entire row structure 103 is to provide power to transport cushion cap 10403, and the first firm block 10408 and the second firm block 10412
Countershaft bar plays the role of a speed control, and speed governing is facilitated to transport, and blade polishing and switch triggering structure 101 are trigger-type
Switch is contacted by the triggering block 10103 of the first control module 10102 and the second control module 10104 and is triggered.
Blade polishing and switch triggering structure 101 in blade polishing device 1 can polish according to the amplitude adjusted of electric blade
And entire row is carried out by blade finished product entire row structure, facilitates collection and taking-up, also accordingly reduces part manual labor.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of water generating blade grinding device, structure include blade polishing device (1), blade bear plate entrance (2),
Pin-joint piece (3), end support footing (4), product outlet side plate (5), hand handle (6), midfoot support footing (7), control button
(8), display screen (9), control cabinet (10), observation window (11), it is characterised in that：
Front end face is equipped with observation window (11), the observation window (11) and blade polishing device (1) on the blade polishing device (1)
It to be glued, blade polishing device (1) the lower front end face is connected and parallel to each other between the two with control cabinet (10) rear end face,
The control cabinet (10) is equipped with display screen (9) and control button (8), there are three the control button (8) sets altogether and it
Between it is parallel to each other, blade polishing device (1) the lower front end face is connected by pin-joint piece (3) with product outlet side plate (5), institute
State product outlet side plate (5) be equipped with hand handle (6), blade polishing device (1) lower end be equipped with end support footing (4) and in
Portion supports footing (7), the support footing (4) and midfoot support footing (7) to be welded with blade polishing device (1) lower end；
The blade polishing device (1) by blade polishing and switch triggering structure (101), electrostatic chalk dust removing machine (102), blade at
Product entire row structure (103), transporter robust structure (104), device housing (105), ventilation opening (106) composition, the blade are beaten
Mill and switch triggering structure (101), electrostatic chalk dust removing machine (102), blade finished product entire row structure (103), transporter robust structure
(104), it is internal to be set to device housing (105) for ventilation opening (106), the blade polishing and switch triggering structure (101) upper end with
Device housing (105) inner wall is connected, and transporter robust structure (104), the transport are equipped with below described device outline border (105)
Machine robust structure (104) side of having is equipped with blade finished product entire row structure (103), and blade finished product entire row structure (103) upper end is set
There are electrostatic chalk dust removing machine (102), electrostatic chalk dust removing machine (102) left to be equipped with blade polishing and switch triggering structure (101),
The ventilation opening (106) is set in the device housing (105) in left side, and described device outline border (105) is integrated.
2. a kind of water generating blade grinding device according to claim 1, it is characterised in that：The blade polishing and
Switch triggering structure (101) is by trigger switch sliding block (10101), the first control module (10102), triggering block (10103), second
Control module (10104), transmission gear (10105), L-shaped rack (10106), drive link (10107), track sliding bar
(10108), track stabilizer slippery fellow block (10109), hinge outer driving cog (10110), arc transmission gear (10111), compound
Inclined-plane toothed disc (10112), three motors (10114), equipment gear (10115), hingedly connects spiral bevel gear bar (10113)
Drive link (10116), unilateral gear (10117), rotation outer barrel (10118), flexible interior bar (10119), rotating wheel (10120),
Fixed rack tooth socket (10121), blade polishing wheel (10122), polishing structure fix outline border (10123), threaded rod (10124),
Composite Transmission gear (10125), conveyer belt directive wheel (10126), hinge inclined-plane gear (10127), hinge gear (10128),
It is driven channel bar (10129), chain (10130) composition.
3. a kind of water generating blade grinding device according to claim 1 or 2, it is characterised in that：The triggering is opened
Closing sliding block (10101) has right end to be meshed with transmission gear (10105) tooth socket equipped with tooth socket, on the transmission gear (10105)
End is meshed with L-shaped rack (10106) tooth socket, and L-shaped rack (10106) lower end is connected with the second control module (10104)
It connects, second control module (10104) is equipped with triggering block (10103), the triggering block with the first control module (10102)
(10103) share two pieces and between be clearance fit, the blade polishing wheel (10122) by shaft with polish structure fix
Outline border (10123) is connected, and the polishing structure fixes outline border (10123) and passes through transmission wheel and conveyer belt and threaded rod
(10124) transmission wheel on is sequentially connected, and outline border is fixed in threaded rod (10124) left and right ends by bearing and polishing structure
(10123) it is connected, threaded rod (10124) upper end is meshed with Composite Transmission gear (10125) lower end, the compound biography
Moving gear (10125) is sequentially connected by conveyer belt and hinge outer driving cog (10110), the conveyer belt directive wheel
(10126) it is set to polishing structure and fixes outline border (10123) upper end, the polishing structure fixes outline border (10123) and Composite Transmission
Conveyer belt clearance fit where gear (10125), the polishing structure fix outline border (10123) left end and drive link
(10107) right end is hinged, and the tooth socket that described transmission channel bar (10129) upper right side is equipped with is set on arc transmission gear (10111)
Some tooth sockets are meshed, and the transmission channel bar (10129) and track stabilizer slippery fellow block (10109) clearance fit, the track are steady
Gu foxy block (10109) connect with device housing (105) internal mechanical, arc transmission gear (10111) right end is equipped with
Tooth socket is meshed with arc transmission gear (10111), the arc transmission gear (10111) and spiral bevel gear bar (10113)
It is meshed, spiral bevel gear bar (10113) right end is connected with three motor (10114) left ends, three motors
(10114) right end leads to shaft and is connected with unilateral gear (10117) left end, the unilateral gear (10117) and rotation outer barrel
(10118) the tooth socket clearance fit being equipped on, the rotation outer barrel (10118) is internal to be connected with flexible interior bar (10119) screw thread
It connects, flexible interior bar (10119) lower end is connected with transmission channel bar (10129) upper end, three motors (10114) lower end
Be connected with equipment gear (10115) upper end by shaft, the equipment gear (10115) altogether there are two and between be gap
Cooperation, it is described hingedly to connect in the middle part of drive link (10116) equipped with equipment gear (10115), equipment gear (10115) left and right two
End is sequentially connected by gear and hinge inclined-plane gear (10127), hinge inclined-plane gear (10127) and hinge gear
(10128) be set to chain (10130) it is internal and between be clearance fit, hinge inclined-plane gear (10127) is set to hinge
Above gear (10128), the hinge outer driving cog (10110) is sequentially connected in chain (10130).
4. a kind of water generating blade grinding device according to claim 1, it is characterised in that：The electrostatic chalk dust removing
Machine (102) is by removing blowing blade (10201), Electrostatic Absorption net (10202), ventilative support plate (10203), electrostatic generation module
(10204), air blast motor (10205) is removed to form, it is described except blowing blade (10201) right end by shaft and removes air blast motor
(10205) left end is connected, described to remove air blast motor (10205), the ventilative support plate (10203) one and device housing
(105) it is connected and other end is connected with blade finished product entire row structure (103), leads between the ventilative support plate (10203)
Shaft where crossing bearing and removing blowing blade (10201) is connected.
5. a kind of water generating blade grinding device according to claim 1, it is characterised in that：The blade finished product is whole
Row's structure (103) is by bearing plate entrance track (10301), upper layer bears plate drive link (10302), first gear (10303), turns round
Turn conveyer belt (10304), second gear (10305), lower layer bear plate and pass driving block (10306), L-shaped convex block (10307), half
Boss block (10308), force application spring (10309), auxiliary short slab (10310), finished product blade (10311), bear plate (10312),
Lower layer bears plate track (10313), upper layer bears plate track (10314), the first drive link of middle level (10315), drive link outline border
(10316), the second drive link of middle level (10317), guide roller (10318), link block rail sliding rail (10319), link block
(10320) it forms.
6. a kind of water generating blade grinding device according to claim 1 or 5, it is characterised in that：It is described to bear plate
Entrance track (10301) right end bears plate entrance (2) with blade and is connected, and the blade bears plate entrance (2) and upper layer is born
Plate track (10314) is connected, and the lower layer bears plate track (10313) and is connected with device housing, and the lower layer bears plate
Track (10313) is born set on upper layer below plate track (10314), described to bear plate (10312) left end slippery fellow and born with lower layer
Plate track (10313) and upper layer bear your cooperation under plate track (10314) adds, described to bear plate (10312) and auxiliary short slab
(10310) right end is connected with link block (10320), and the left end is equipped with semicircle convex block (10308), the L-shaped convex block
(10307) by being connected inside force application spring (10309) and link block (10320), the link block (10320) and link block
Rail sliding rail (10319) clearance fit, the lower layer bear plate and pass the tooth socket that is equipped with of driving block (10306) upper right side and the
Two gears (10305) are meshed, and the second gear (10305) passes through twisted belt (10304) and first gear (10303)
It is sequentially connected, first gear (10303) upper end bears plate drive link (10302) tooth socket with upper layer and is meshed, the transmission
Bar outline border (10316) is internally provided with the first drive link (10315) and the second drive link of middle level (10317) and guide roller (10318),
First drive link (10315) and the second drive link of middle level (10317) pass through force application spring (10309) and drive link outline border
(10316) it is connected, first drive link (10315) passes through conducting wire and guide roller (10318) and the second drive link of middle level
(10317) it is connected, the finished product blade (10311) is placed and born on plate (10312).
7. a kind of water generating blade grinding device according to claim 1, it is characterised in that：The transporter is firm
Structure (104) by transport transmission wheel (10401), spacing block (10402), transport cushion cap (10403), Composite Transmission disk (10404),
Angular wheel (10405), firm arm (10406), firm plate (10407), the first firm block (10408), driving motor
(10409), motor U-shaped cushion block (10410), shaft bar (10411), the second firm block (10412) composition.
8. a kind of water generating blade grinding device according to claim 1 or claim 7, it is characterised in that：The motor U-shaped
It is connected inside cushion block (10410) and firm plate (10407) upper and lower ends and device housing (105), the driving motor
(10409) with motor U-shaped cushion block (10410) clearance fit, driving motor (10409) right end and shaft bar (10411) with
Second firm block (10412) and the first firm block (10408) match the described second firm block (10412) and the first firm block
(10408) it is connected with firm arm (10406) by spring, the firm arm (10406) is hinged with firm plate (10407), institute
It states shaft bar (10411) right end with angular wheel (10405) left end to be connected, the angular wheel (10405) and Composite Transmission
Disk (10404) is meshed, and the Composite Transmission disk (10404) is sequentially connected by conveyer belt and transport transmission wheel (10401), institute
It states transport transmission wheel (10401) and is set to transport cushion cap (10403) inside, the transport cushion cap (10403) is equipped with spacing block
(10402)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810098433.3A CN108312009A (en) | 2018-01-31 | 2018-01-31 | A kind of water generating blade grinding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810098433.3A CN108312009A (en) | 2018-01-31 | 2018-01-31 | A kind of water generating blade grinding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108312009A true CN108312009A (en) | 2018-07-24 |
Family
ID=62891374
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810098433.3A Withdrawn CN108312009A (en) | 2018-01-31 | 2018-01-31 | A kind of water generating blade grinding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108312009A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108527553A (en) * | 2018-03-19 | 2018-09-14 | 林佳平 | A kind of wood-turning machine that can automatically clean |
| CN109176240A (en) * | 2018-10-19 | 2019-01-11 | 常州市新创智能科技有限公司 | A kind of wind electricity blade tip automatic polishing equipment and control method |
| CN109531426A (en) * | 2019-01-14 | 2019-03-29 | 椿中岛机械(太仓)有限公司 | Mill removes glue special equipment |
-
2018
- 2018-01-31 CN CN201810098433.3A patent/CN108312009A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108527553A (en) * | 2018-03-19 | 2018-09-14 | 林佳平 | A kind of wood-turning machine that can automatically clean |
| CN109176240A (en) * | 2018-10-19 | 2019-01-11 | 常州市新创智能科技有限公司 | A kind of wind electricity blade tip automatic polishing equipment and control method |
| CN109531426A (en) * | 2019-01-14 | 2019-03-29 | 椿中岛机械(太仓)有限公司 | Mill removes glue special equipment |
| CN109531426B (en) * | 2019-01-14 | 2024-04-30 | 椿中岛机械(太仓)有限公司 | Special equipment for removing adhesive from millstone |
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Application publication date: 20180724 |
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