CN109586523A - It is a kind of to connect carbon powder device for large and medium-sized winding motors - Google Patents
It is a kind of to connect carbon powder device for large and medium-sized winding motors Download PDFInfo
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- CN109586523A CN109586523A CN201811562829.5A CN201811562829A CN109586523A CN 109586523 A CN109586523 A CN 109586523A CN 201811562829 A CN201811562829 A CN 201811562829A CN 109586523 A CN109586523 A CN 109586523A
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- Prior art keywords
- carbon dust
- way
- minute
- module
- pressure
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K15/00—Methods or apparatus specially adapted for manufacturing, assembling, maintaining or repairing of dynamo-electric machines
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B15/00—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area
- B08B15/04—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area from a small area, e.g. a tool
Abstract
Carbon powder device is connect for large and medium-sized winding motors the invention discloses a kind of, its structure includes carbon dust interface slot, carbon dust concentration body, adjusts sliding shoe, connect carbon dust body, installation fixed block, carbon dust filtering guidance flow control device, Fixing clamp-seat, carbon dust the storage box, draw notch, carbon dust interface slot is welded in the inside that carbon dust concentrates body by way of insertion, carbon dust concentrates the lower surface of body to be connected by the way of electric welding with the upper surface for connecing carbon dust body, adjusts sliding shoe and is installed on front surface and the flexible connection for connecing carbon dust body by the way of insertion.The sectional area alleviation big deposit carbon dust of carbon dust flow that the present invention carries out reduction flowing when detection calculates flow and is filled with to the carbon dust velocity of retreat deposits box, impurity absorption is filtered and carbon dust is avoided to use impacted failure when preventing from measuring big when compressed blocking or dynamic row and leaking, while arranging dynamic.
Description
Technical field
The present invention relates to electric motors, more precisely, be it is a kind of for large and medium-sized winding motors connect carbon dust dress
It sets.
Background technique
Wound-rotor motor is the one kind for belonging to asynchronous motor, is rotated by the guidance of electric current, carbon dust passes through carbon
Brush allow motor rotor turn-on current and play a role.But the carbon powder device that connects of this winding motors exists such as at present
Lower disadvantage:
1, the carbon dust for connecing carbon powder device is filled at any time in storage, when carrying out cleaning the storage box because of the flow of carbon dust drainage
Greatly, the carbon dust flowed into enters the storage box and influences on the carbon dust having in the storage box, and carbon powder particle is tiny to wave
When be difficult to see and collect again difficult while being easy to produce leakage.
2, carbon dust is easy for the sundries of doping to be discharged into together in collection, and adulterates the carbon dust of sundries when in use because of sundries
It influences to generate to change and be difficult with.
Summary of the invention
In view of the deficienciess of the prior art, connecing carbon for large and medium-sized winding motors it is an object of the present invention to provide a kind of
Powder device is filled at any time in storage with solving the carbon dust for connecing carbon powder device of the prior art, when carrying out cleaning the storage box because
The flow of carbon dust drainage is big, and the carbon dust flowed into enters the storage box and influences on the carbon dust having in the storage box, carbon dust
Particle is tiny to be difficult to see and collect again difficult while being easy to produce leakage when waving, and carbon dust is easy in collection will doping
Sundries be discharged into together, and adulterate the carbon dust of sundries and be difficult with when in use because sundries influences to generate variation.
To achieve the goals above, the present invention is to realize by the following technical solutions:
A kind of carbon powder device that connects for large and medium-sized winding motors, structure include carbon dust interface slot, carbon dust concentrate body,
Sliding shoe is adjusted, carbon dust body is connect, installation fixed block, carbon dust filtering guidance flow control device, Fixing clamp-seat, carbon dust the storage box, draws
Notch out, the carbon dust interface slot are welded in the inside that carbon dust concentrates body by way of insertion, and the carbon dust is concentrated under body
Surface is connected by the way of electric welding with the upper surface for connecing carbon dust body, and the adjusting sliding shoe is installed by the way of insertion
Pass through in the right surface of the front surface and flexible connection that connect carbon dust body, the installation fixed block with carbon dust body left surface is connect
The mode of electric welding is connected and is electrically connected, and the mode of the carbon dust filtering guidance flow control device insertion, which is welded in, connects carbon dust body
Inside, the upper surface of the Fixing clamp-seat is mutually perpendicular to the front surface for connecing carbon dust body, the carbon dust filtering guidance flow control
Device is installed on the upper surface of Fixing clamp-seat by welding, and the lower surface of the Fixing clamp-seat is equipped with carbon dust storage and simultaneously
And be connected by the way of insertion, the right surface of the carbon dust the storage box is equipped with cleaning notch, the carbon dust filtering guidance control
Stream device includes that carbon dust goes matter filter mechanism, minute-pressure mobile mechanism, minute-pressure electromagnetic start mechanism, electricity to turn transmission mechanism, carbon dust pumping
Changeover mechanism, flow rate detection transmission mechanism, flow path regulating mechanism, flow control crust of the device are taken, the carbon dust goes matter filter mechanism logical
The mode for crossing insertion is welded in the upper surface of flow control crust of the device, and the carbon dust goes to the lower section of matter filter mechanism mobile equipped with minute-pressure
Mechanism, minute-pressure electromagnetic start mechanism are installed on the inside bottom surface of minute-pressure mobile mechanism and are connected by way of electric welding
It connects, the left side that the electricity turns transmission mechanism is installed on the right surface of minute-pressure mobile mechanism, the minute-pressure electricity by the way of fitting
Magnetic starting mechanism turns transmission mechanism with electricity and is electrically connected, the electricity turn transmission mechanism be located at carbon dust extract changeover mechanism lower section and
It is flexibly connected, the right side that the carbon dust extracts changeover mechanism is connected by way of electric welding with the left side of flow rate detection transmission mechanism
It connects, the right of the flow rate detection transmission mechanism is equipped with flow path regulating mechanism and is electrically connected.
As the present invention, further scheme, the carbon dust go matter filter mechanism to include activated filter film case, inhale dynamic attachment
Pipe, sundries separation trough, sundries pipe, sundries storage box, cleaning back box, carbon dust flowing divide mouth, set on the inside of the activated filter film case
There is the dynamic attached tube of suction and be connected by the way of bonding, the sundries separation trough is installed in the inside for inhaling dynamic attached tube
The heart, the sundries pipe are set to the left surface of sundries storage box by the volume mode of electric welding, the left surface of the sundries storage box with
The right surface of activated filter film case necklace, cleaning back box by the way of electric welding are installed on the inside of sundries storage box and lead to
The mode for crossing fitting is connected, and the lower surface of the activated filter film case is equipped with carbon dust flowing and divides mouth.
As the present invention further scheme, the minute-pressure mobile mechanism include fixed side panel, sealing block, minute-pressure plate,
Spring guide, the inside of the fixed side panel are equipped with spring guide and are connected by way of electric welding, the sealing block
Right surface is connected by the way of being bonded with the left surface of minute-pressure plate, and the minute-pressure plate is installed on fixation by the way of insertion
The left surface of side plate, the spring guide through minute-pressure plate upper and lower surface and spring guide axle center and minute-pressure plate under
Surface is mutually perpendicular to, and the right surface of the fixed side panel is equipped with carbon dust and extracts changeover mechanism.
As the present invention, further scheme, the minute-pressure electromagnetic start mechanism include sliding shoe, minute-pressure drag hook, positioning
Spring pulls rope, position-limited wheel priming plate, micro- electromagnetic block, interface energization module, starting interconnecting module, the following table of the sliding shoe
Face is connected by the way of electric welding with the top of minute-pressure drag hook, and the top of the retaining spring is equipped with minute-pressure drag hook, the drawing
The left end of running rope is installed on the right part of minute-pressure drag hook by the way of insertion, and the pulling rope is installed on by way of fitting
The outside of position-limited wheel, the other end for pulling rope are connected by way of electric welding with the upper surface of priming plate, the priming
The upper surface of plate and the lower surface of micro- electromagnetic block are parallel to each other, and micro- electromagnetic block is installed on interface by the way of welding and is powered
The lower surface of module and electrical connection, the left surface of the starting interconnecting module passes through with the right surface of interface energization module to be bonded
Mode be connected and be electrically connected.
As the present invention, further scheme, the electricity turn transmission mechanism and include protection control module, electromagnetism control field mould
The right surface of block, center rotor, rotation connecting flange, transmission belt, rotating disc, the protection control module is equipped with electromagnetism control field mould
It block and is electrically connected, the center rotor is set to the right surface of electromagnetism control field module and using being connected by the way of being embedded in, institute
The left side for stating rotation connecting flange is connected by way of electric welding with the right side of center rotor and axle center is installed on same water
It fits and is sequentially connected on the outside of horizontal line, the transmission belt inside and rotation connecting flange, the rotating disc and transmission belt
It is connected by way of fitting.
As the present invention, further scheme, the carbon dust extract changeover mechanism and include centrepin, switching pumping laminate, take out
Tube head cover, connecting tube, connection buckle, priming pipe are taken, the extraction tube head-shield is installed in fixed side panel by way of insertion
Side, the centrepin are welded in the front surface that laminate is taken out in switching by the way of insertion, and the extraction tube head-shield passes through electric welding
Mode is installed on the left side of connecting tube, and the connection buckle is installed on the front surface that laminate is taken out in switching by the way of electric welding, described
The inside of connection buckle is fitted on the left of priming pipe by way of insertion.
As the present invention, further scheme, the flow rate detection transmission mechanism include rotating wheel, locating shaft, protection
Shell, electrical lead, flow detection module, data line, terminal connect transmission module, feedback control module, the locating shaft through
It rotating wheel and is gap-matched, the rotating wheel is installed on the lower end of protective shell, the electrical lead by way of insertion
It is installed on the top of protective shell and electrical connection, the left side of the flow detection module is equipped with data line, the data line insertion
It is installed on terminal connection transmission module and is electrically connected, the left surface of the feedback control module connect transmission module with terminal
Right surface is connected by the way of electric welding.
As the present invention, further scheme, the flow path regulating mechanism include antioverloading module, pulsometer valve body, gas
Flow tube, air pressure movable plate, mobile cushioning block, reset spring, center flow tube, the antioverloading module are installed on pulsometer valve body
It left surface and is electrically connected, the gas flow tube is installed on the lower surface of pulsometer valve body by the way of insertion, and the air pressure moves
The lower surface of movable plate is connected by welding with the upper surface of mobile cushioning block, and the reset spring is installed on air pressure shifting
The top of the lower surface of movable plate, the center flow tube is equipped with mobile cushioning block.
Invention beneficial effect
A kind of carbon powder device that connects for large and medium-sized winding motors of the invention, motor start-up is run and carbon dust passes through
Carbon dust interface slot enters, and carbon dust drives impurity to enter in activated filter film case by the way that row is dynamic, and carbon dust is being inhaled at dynamic attached tube not by shadow
It rings and persistently moves down, impurity is adsorbed at pipe and retains in inside, and when the dynamic attached tube absorption of suction is full, impurity passes through miscellaneous
Object separation trough is mobile to sundries pipe and precipitate and stores in sundries storage box, then is excluded by cleaning back box, the shifting of another side carbon dust
Generate the power of pushing when moving on minute-pressure plate by accumulation, when minute-pressure plate downward fine motion allows sliding shoe to push minute-pressure drag hook, draws
The other end of running rope pulls up priming version, and the fine motion of priming plate is reinforced and continued upward by the magnetic absorption of micro- electromagnetic block upwards
Movement is bonded with micro- electromagnetic block, while interface energization module completes connection and starting interconnecting module is allowed to control protection control module fortune
Row, the electric current of electromagnetism control field module is rotated by center rotor, while being rotated connecting flange and also being rotated, by transmission belt by rotating disc
It rotates clockwise, carbon dust is entered connecting tube by extraction tube head-shield by suction, takes out in laminate in switching and is pushed by pressurization from priming
Pipe is flowed into along pipe, is being passed through rotating wheel and is being driven rotation, is being calculated by electrical lead by flow detection module, be transferred to terminal
It is produced in connection transmission module convenient for checking, pulsometer valve body is started by feedback control module when carbon dust is filled with, air pressure passes through
Gas flow tube presses to air pressure movable plate, and mobile cushioning block, which moves down, allows the flow path of center flow tube to reduce.
It is of the invention it is a kind of connect carbon powder device for large and medium-sized winding motors, detection meter is carried out to the carbon dust velocity of retreat
It calculates flow and the sectional area alleviation big deposit carbon dust of carbon dust flow for reducing flowing when being filled with deposits box, prevent compressed blocking or row dynamic
When amount it is big and leak, while while arranging dynamic, filters impurity absorption and carbon dust is avoided to use impacted failure.
Detailed description of the invention
By reading referring to attached drawing detailed description of non-limiting embodiments, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings:
Fig. 1 is a kind of structural schematic diagram for connecing carbon powder device for large and medium-sized winding motors of the present invention.
Fig. 2 is a kind of structural plan figure of carbon dust filtering guidance flow control device of the present invention.
Fig. 3 is a kind of detailed construction schematic diagram of carbon dust filtering guidance flow control device of the present invention.
Fig. 4 is the detailed construction schematic diagram that a kind of carbon dust of the present invention removes matter filter mechanism.
Fig. 5 is a kind of detailed construction schematic diagram of minute-pressure electromagnetic start of the invention mechanism.
Fig. 6 is a kind of detailed construction schematic diagram of flow rate detection transmission mechanism of the present invention.
Fig. 7 is a kind of detailed construction schematic diagram of flow path regulating mechanism of the present invention.
In figure: carbon dust interface slot -1, carbon dust concentrate body -2, adjust sliding shoe -3, connect carbon dust body -4, installation fixed block -
5, carbon dust filtering guidance flow control device -6, Fixing clamp-seat -7, carbon dust the storage box -8, extraction notch -9, carbon dust remove matter filter mechanism -
61, minute-pressure mobile mechanism -62, minute-pressure electromagnetic start mechanism -63, electricity turn transmission mechanism -64, carbon dust extraction changeover mechanism -65, stream
Speed detection transmission mechanism -66, flow control crust of the device -68, activated filter film case -611, inhales dynamic attached tube-at flow path regulating mechanism -67
612, sundries separation trough -613, sundries pipe -614, sundries storage box -615, cleaning back box -616, carbon dust flowing divide mouth -617, consolidate
Determine side plate -621, sealing block -622, minute-pressure plate -623, spring guide -624, sliding shoe -631, minute-pressure drag hook -632, positioning bullet
Spring -633 pulls rope -634, -635 priming plate -636 of position-limited wheel, micro- electromagnetic block -637, interface energization module -638, starting switching
Module -639, protection control module -641, electromagnetism control field module -642, center rotor -643, rotation connecting flange -644, transmission
Laminate -652, extraction tube head-shield -653, connecting tube -654, connection buckle-are taken out in band -645, rotating disc -646, centrepin -651, switching
655, priming pipe -656, rotating wheel -661, locating shaft -662, protective shell -663, electrical lead -664, flow detection module -665,
Data line -666, terminal connect transmission module -667, feedback control module -668, antioverloading module -671, pulsometer valve body -
672, gas flow tube -673, air pressure movable plate -674, mobile cushioning block -675, reset spring -676, center flow tube -677.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
As shown in Fig. 1-Fig. 7, the present invention provides a kind of technical side for connecing carbon powder device for large and medium-sized winding motors
Case:
A kind of carbon powder device that connects for large and medium-sized winding motors, structure include carbon dust interface slot 1, carbon dust concentration body
2, adjust sliding shoe 3, connect carbon dust body 4, installation fixed block 5, carbon dust filtering guidance flow control device 6, Fixing clamp-seat 7, carbon dust are deposited
Storage box 8 draws notch 9, and the carbon dust interface slot 1 is welded in the inside that carbon dust concentrates body 2, the carbon dust by way of insertion
The lower surface of body 2 is concentrated to be connected by the way of electric welding with the upper surface for connecing carbon dust body 4, the adjusting sliding shoe 3 uses
The mode of insertion is installed on the front surface for connecing carbon dust body 4 and flexible connection, the right surface of the installation fixed block 5 and connects carbon
4 left surface of powder body is connected and is electrically connected by way of electric welding, the side that the carbon dust filtering guidance flow control device 6 is embedded in
Formula is welded in the inside for connecing carbon dust body 4, and the upper surface of the Fixing clamp-seat 7 is mutually perpendicular to the front surface for connecing carbon dust body 4,
The carbon dust filtering guidance flow control device 6 is installed on the upper surface of Fixing clamp-seat 7, the Fixing clamp-seat 7 by welding
Lower surface be equipped with carbon dust storage and 8 and using being connected by the way of insertion, the right surface of the carbon dust the storage box 8 is equipped with clearly
Notch 9 is managed, the carbon dust filtering guidance flow control device 6 includes that carbon dust removes matter filter mechanism 61, minute-pressure mobile mechanism 62, minute-pressure electricity
Magnetic starting mechanism 63, electricity turn transmission mechanism 64, carbon dust extracts changeover mechanism 65, flow rate detection transmission mechanism 66, flow path adjust machine
Structure 67, flow control crust of the device 68, the carbon dust go matter filter mechanism 61 to be welded in flow control crust of the device 68 by way of insertion
Upper surface, the carbon dust go matter filter mechanism 61 lower section be equipped with minute-pressure mobile mechanism 62, minute-pressure electromagnetic start mechanism
63 are installed on the inside bottom surface of minute-pressure mobile mechanism 62 and are connected by way of electric welding, and the electricity turns transmission mechanism 64
Left side the right surface of minute-pressure mobile mechanism 62 is installed on by the way of fitting, minute-pressure electromagnetic start mechanism 63 and electricity turn
Transmission mechanism 64 is electrically connected, and the electricity turns transmission mechanism 64 and is located at lower section and flexible connection that carbon dust extracts changeover mechanism 65,
The right side that the carbon dust extracts changeover mechanism 65 is connected by way of electric welding with the left side of flow rate detection transmission mechanism 66, institute
The right for stating flow rate detection transmission mechanism 66 is equipped with flow path regulating mechanism 67 and is electrically connected, and the carbon dust removes matter filter mechanism
61 include activated filter film case 611, the dynamic attached tube 612 of suction, sundries separation trough 613, sundries pipe 614, sundries storage box 615, cleaning
Back box 616, carbon dust flowing divide mouth 617, and the inside of the activated filter film case 611, which is equipped with, inhales dynamic attached tube 612 and using bonding
Mode be connected, the sundries separation trough 613 is installed on the medial center for inhaling dynamic attached tube 612, and the sundries pipe 614 passes through
The volume mode of electric welding is set to the left surface of sundries storage box 615, the left surface of the sundries storage box 615 and activated filter film case
611 right surface necklace, cleaning back box 616 by the way of electric welding are installed on the inside of sundries storage box 615 and lead to
The mode for crossing fitting is connected, and the lower surface of the activated filter film case 611 is equipped with carbon dust flowing and divides mouth 617, and the minute-pressure moves
Motivation structure 62 includes fixed side panel 621, sealing block 622, minute-pressure plate 623, spring guide 624, the inside of the fixed side panel 621
It is connected equipped with spring guide 624 and by way of electric welding, the right surface of the sealing block 622 and a left side for minute-pressure plate 623
Surface is connected by the way of fitting, and the minute-pressure plate 623 is installed on the left-handed watch of fixed side panel 621 by the way of insertion
Face, the spring guide 624 is through the upper and lower surface of minute-pressure plate 623 and axle center and the minute-pressure plate 623 of spring guide 624
Lower surface is mutually perpendicular to, and the right surface of the fixed side panel 612 is equipped with carbon dust and extracts changeover mechanism 65, and the minute-pressure electromagnetism opens
Motivation structure 63 includes sliding shoe 631, minute-pressure drag hook 632, retaining spring 633, pulls 634,635 priming plate 636 of position-limited wheel of restricting, is micro-
Electromagnetic block 637, interface energization module 638, starting interconnecting module 639, the lower surface of the sliding shoe 631 and minute-pressure drag hook 632
Top be connected by the way of electric welding, the top of the retaining spring 633 is equipped with minute-pressure drag hook 632, and pullings restricts 634
Left end be installed on the right part of minute-pressure drag hook 632 by the way of insertion, pullings is restricted 634 is installed by way of fitting
In the outside of position-limited wheel 635, the other end for pulling rope 634 is connected by way of electric welding with the upper surface of priming plate 636
It connects, the upper surface of the priming plate 636 and the lower surface of micro- electromagnetic block 637 are parallel to each other, and micro- electromagnetic block 637 is using welding
Mode be installed on lower surface and the electrical connection of interface energization module 638, the left surface of the starting interconnecting module 639 with connect
The right surface of mouth energization module 638 is connected and is electrically connected by way of fitting, and the electricity turns transmission mechanism 64 and includes
Protect control module 641, electromagnetism control field module 642, center rotor 643, rotation connecting flange 644, transmission belt 645, rotating disc
646, the right surface of the protection control module 641 is equipped with electromagnetism control field module 642 and is electrically connected, the center rotor 643
Set on electromagnetism control field module 642 right surface and using insertion by the way of be connected, it is described rotation connecting flange 644 left side
It is connected by way of electric welding with the right side of center rotor 643 and axle center is installed on same horizontal line, the transmission belt 645
Inside and the outside of rotation connecting flange 644 fit and are sequentially connected, and the rotating disc 646 passes through patch with transmission belt 645
The mode of conjunction is connected, and it includes centrepin 651, switching pumping laminate 652, extraction tube head-shield that the carbon dust, which extracts changeover mechanism 65,
653, connecting tube 654, connection buckle 655, priming pipe 656, the extraction tube head-shield 653 are installed on affixed side by way of insertion
The inside of plate 621, the centrepin 651 are welded in the front surface that laminate 652 is taken out in switching, the extraction tube by the way of insertion
Head-shield 653 is installed on the left side of connecting tube 654 by way of electric welding, and the connection buckle 655 is installed on by the way of electric welding
The front surface of laminate 652 is taken out in switching, and 656 left side of priming pipe fits in the inside of connection buckle 655, institute by way of insertion
The flow rate detection transmission mechanism 66 stated includes rotating wheel 661, locating shaft 662, protective shell 663, electrical lead 664, flow detection mould
Block 665, data line 666, terminal connect transmission module 667, feedback control module 668, and the locating shaft 662 is through rotating wheel
It 661 and is gap-matched, the rotating wheel 661 is installed on the lower end of protective shell 663 by way of insertion, and the electricity draws
Line 664 is installed on the top of protective shell 663 and electrical connection, and the left side of the flow detection module 665 is equipped with data line 666,
The insertion of data line 666 is installed on terminal connection transmission module 667 and is electrically connected, a left side for the feedback control module 668
The right surface that surface connect transmission module 667 with terminal is connected by the way of electric welding, and the flow path regulating mechanism 67 wraps
Include antioverloading module 671, pulsometer valve body 672, gas flow tube 673, air pressure movable plate 674, mobile cushioning block 675, reset spring
676, center flow tube 677, the antioverloading module 671 are installed on left surface and the electrical connection of pulsometer valve body 672, the gas
Flow tube 673 is installed on the lower surface of pulsometer valve body 672 by the way of insertion, the lower surface of the air pressure movable plate 674 with
The upper surface of mobile cushioning block 675 is connected by welding, and the reset spring 676 is installed on air pressure movable plate 674
Lower surface, the top of the center flow tube 677 is equipped with mobile cushioning block 676.
It is of the invention it is a kind of connect carbon powder device for large and medium-sized winding motors, its working principle is that: motor start-up
Operation and carbon dust is entered by carbon dust interface slot 1, carbon dust drives impurity dynamic into activated filter film case 611 by row, and carbon dust exists
It inhales uninfluenced at dynamic attached tube 612 and persistently moves down, impurity is adsorbed at pipe and retains in inside, and dynamic attachment is inhaled
When the absorption of pipe 612 is expired, impurity is moved and is precipitated in sundries storage box 615 to sundries pipe 614 by sundries separation trough 613 and deposited
It sets, then is excluded by cleaning back box 616, generate the power of pushing when another side carbon dust is moved on minute-pressure plate 623 by accumulation,
Allowed when minute-pressure 623 downward fine motion of plate sliding shoe 631 push minute-pressure drag hook 632, pull rope 634 the other end to priming version 636 to
Pull-up, 636 fine motion of priming plate are reinforced by the magnetic absorption of micro- electromagnetic block 637 upwards and continue upward mobile and micro- electromagnetic block
637 fittings, while interface energization module 638 completes connection and the starting control protection control module 641 of interconnecting module 639 is allowed to run,
The electric current of electromagnetism control field module 642 is rotated by center rotor 643, while being rotated connecting flange 644 and also being rotated, and transmission belt is passed through
645 allow rotating disc 646 to rotate clockwise, and carbon dust is entered connecting tube 654 by extraction tube head-shield 653 by suction, take out pressure in switching
It is pushed by pressurization from priming pipe 656 along pipe and is flowed into body 652, passed through rotating wheel 661 and driving rotation, passing through electrical lead 664
It is calculated by flow detection module 665, is transferred in terminal connection transmission module 667 and produces convenient for checking, when carbon dust is filled with
Start pulsometer valve body 672 by feedback control module 668, air pressure presses to air pressure movable plate 674 by gas flow tube 673, moves
Dynamic buffer stopper 675, which moves down, allows the flow path of center flow tube 677 to reduce.
Problems solved by the invention is that the carbon dust for connecing carbon powder device of the prior art is filled at any time in storage, is being carried out clearly
Manage the storage box when because the flow of carbon dust drainage it is big, the carbon dust flowed into enter the storage box and to the carbon dust having in the storage box into
Row influences, and carbon powder particle is tiny to be difficult to see and collect again difficult while being easy to produce leakage when waving, and carbon dust is being collected
In be easy for the sundries of doping to be discharged into together, and adulterate the carbon dust of sundries and be difficult to make because sundries influences to generate variation when in use
With the present invention is combined with each other by above-mentioned component, is carried out reduction when detection calculates flow and is filled with to the carbon dust velocity of retreat and is flowed
The dynamic sectional area alleviation big deposit carbon dust of carbon dust flow deposits box, and amount leaks greatly when preventing compressed blocking or dynamic row, arranges simultaneously
Impurity absorption is filtered when dynamic and carbon dust is avoided to use impacted failure.
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 spirit of the invention or
In the case where 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 fall within the meaning and scope of the equivalent elements 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 embodiments being understood that.
Claims (8)
1. a kind of carbon powder device that connects for large and medium-sized winding motors, structure includes carbon dust interface slot (1), carbon dust concentration body
(2), sliding shoe (3) are adjusted, connect carbon dust body (4), installation fixed block (5), carbon dust filtering guidance flow control device (6), fixing card
Seat (7), draws notch (9) at carbon dust the storage box (8), it is characterised in that:
The carbon dust interface slot (1) is welded in the inside that carbon dust concentrates body (2) by way of insertion, and the carbon dust concentrates body
(2) lower surface is connected by the way of electric welding with the upper surface for connecing carbon dust body (4), and the adjusting sliding shoe (3) uses
The mode of insertion is installed on the front surface for connecing carbon dust body (4) and flexible connection, the right surface of installation fixed block (5) with
It connects carbon dust body (4) left surface to be connected and be electrically connected by way of electric welding, carbon dust filtering guidance flow control device (6)
The mode of insertion is welded in the inside for connecing carbon dust body (4), the upper surface of the Fixing clamp-seat (7) and connects carbon dust body (4)
Front surface is mutually perpendicular to, and carbon dust filtering guidance flow control device (6) is installed on the upper of Fixing clamp-seat (7) by welding
Surface, the lower surface of the Fixing clamp-seat (7) are equipped with carbon dust and store with (8) and be connected by the way of insertion, the carbon
The right surface of powder the storage box (8) is equipped with cleaning notch (9)；
Carbon dust filtering guidance flow control device (6) includes that carbon dust removes matter filter mechanism (61), minute-pressure mobile mechanism (62), minute-pressure
Electromagnetic start mechanism (63), electricity turn transmission mechanism (64), carbon dust extract changeover mechanism (65), flow rate detection transmission mechanism (66),
Flow path regulating mechanism (67), flow control crust of the device (68), the carbon dust go matter filter mechanism (61) to weld by way of insertion
In the upper surface of flow control crust of the device (68), the carbon dust goes to the lower section of matter filter mechanism (61) to be equipped with minute-pressure mobile mechanism
(62), minute-pressure electromagnetic start mechanism (63) is installed on the inside bottom surface of minute-pressure mobile mechanism (62) and by electric welding
Mode is connected, and the left side that the electricity turns transmission mechanism (64) is installed on the right side of minute-pressure mobile mechanism (62) by the way of fitting
Surface, minute-pressure electromagnetic start mechanism (63) turn transmission mechanism (64) with electricity and are electrically connected, and the electricity turns transmission mechanism (64) position
The lower section of changeover mechanism (65) and flexible connection are extracted in carbon dust, the carbon dust extracts right side and the flow velocity of changeover mechanism (65)
The left side of detection transmission mechanism (66) is connected by way of electric welding, and the right of the flow rate detection transmission mechanism (66) is equipped with
It flow path regulating mechanism (67) and is electrically connected.
2. a kind of carbon powder device is connect for large and medium-sized winding motors according to claim 1, it is characterised in that: described
Carbon dust go matter filter mechanism (61) to include activated filter film case (611), inhale dynamic attached tube (612), is sundries separation trough (613), miscellaneous
Property management (614), sundries storage box (615), cleaning back box (616), carbon dust flowing divide mouth (617), the activated filter film case (611)
Inside be equipped with and inhale dynamic attached tube (612) and using being connected by the way of bonding, the sundries separation trough (613) is installed on suction
The medial center of dynamic attached tube (612), the sundries pipe (614) are set to sundries storage box (615) by the volume mode of electric welding
Left surface, the left surface of the sundries storage box (615) and the right surface of activated filter film case (611) item by the way of electric welding
Chain, cleaning back box (616) is installed on the inside of sundries storage box (615) and is connected by way of fitting, described
The lower surface of activated filter film case (611) is equipped with carbon dust flowing and divides mouth (617).
3. a kind of carbon powder device is connect for large and medium-sized winding motors according to claim 1, it is characterised in that: described
Minute-pressure mobile mechanism (62) include fixed side panel (621), sealing block (622), minute-pressure plate (623), spring guide (624), institute
The inside for stating fixed side panel (621) is equipped with spring guide (624) and is connected by way of electric welding, the sealing block
(622) right surface is connected by the way of being bonded with the left surface of minute-pressure plate (623), and the minute-pressure plate (623) is using embedding
The mode entered is installed on the left surface of fixed side panel (621), the spring guide (624) through minute-pressure plate (623) up and down
The surface and axle center of spring guide (624) and the lower surface of minute-pressure plate (623) are mutually perpendicular to, the fixed side panel (612)
Right surface is equipped with carbon dust and extracts changeover mechanism (65).
4. a kind of carbon powder device is connect for large and medium-sized winding motors according to claim 1, it is characterised in that: described
Minute-pressure electromagnetic start mechanism (63) include sliding shoe (631), minute-pressure drag hook (632), retaining spring (633), pull rope
(634), position-limited wheel (635) priming plate (636), micro- electromagnetic block (637), interface energization module (638), starting interconnecting module
(639), the lower surface with the top of minute-pressure drag hook (632) of the sliding shoe (631) are connected by the way of electric welding, described fixed
The top of position spring (633) is equipped with minute-pressure drag hook (632), and the left end for pulling rope (634) is installed on by the way of insertion
The right part of minute-pressure drag hook (632), the outside for pulling rope (634) to be installed on position-limited wheel (635) by way of fitting, institute
It states and the other end of rope (634) is pulled to be connected by way of electric welding with the upper surface of priming plate (636), the priming plate
(636) lower surface of upper surface and micro- electromagnetic block (637) is parallel to each other, and micro- electromagnetic block (637) is by the way of welding
It is installed on the lower surface of interface energization module (638) and electrical connection, the left surface of starting interconnecting module (639) and interface
The right surface of energization module (638) is connected and is electrically connected by way of fitting.
5. a kind of carbon powder device is connect for large and medium-sized winding motors according to claim 1, it is characterised in that: described
Electricity turn transmission mechanism (64) include protection control module (641), electromagnetism control field module (642), center rotor (643), rotation
The right surface of connecting flange (644), transmission belt (645), rotating disc (646), protection control module (641) is equipped with electromagnetism control
It module (642) and is electrically connected, the center rotor (643) is set to the right surface of electromagnetism control field module (642) and uses
The mode of insertion is connected, the side that the left side of rotation connecting flange (644) and the right side of center rotor (643) pass through electric welding
Formula is connected and axle center is installed on same horizontal line, the outside of transmission belt (645) inside and rotation connecting flange (644)
It fits and is sequentially connected, the rotating disc (646) is connected by way of being bonded with transmission belt (645).
6. according to claim 1 or 3 a kind of carbon powder device is connect for large and medium-sized winding motors, it is characterised in that:
The carbon dust extracts changeover mechanism (65) and includes centrepin (651), switching pumping laminate (652), extraction tube head-shield (653), connects
(654), connection buckle (655), priming pipe (656) are taken over, the extraction tube head-shield (653) is installed on fixation by way of insertion
The inside of side plate (621), the centrepin (651) are welded in the front surface that laminate (652) are taken out in switching, institute by the way of insertion
The left side that extraction tube head-shield (653) is installed on connecting tube (654) by way of electric welding is stated, the connection buckle (655) is using electricity
The mode of weldering is installed on the front surface that laminate (652) are taken out in switching, is fitted in by way of insertion on the left of the priming pipe (656)
The inside of connection buckle (655).
7. a kind of carbon powder device is connect for large and medium-sized winding motors according to claim 1, it is characterised in that: described
Flow rate detection transmission mechanism (66) include rotating wheel (661), locating shaft (662), protective shell (663), electrical lead (664), stream
Measure detection module (665), data line (666), terminal connection transmission module (667), feedback control module (668), the positioning
Axis (662) is through rotating wheel (661) and is gap-matched, and the rotating wheel (661) is installed on by way of insertion
The lower end of protective shell (663), the electrical lead (664) are installed on top and the electrical connection of protective shell (663), the flow inspection
The left side for surveying module (665) is equipped with data line (666), and data line (666) insertion is installed on terminal connection transmission module
(667) it and is electrically connected, the left surface of the feedback control module (668) connect the right surface of transmission module (667) with terminal
It is connected by the way of electric welding.
8. a kind of carbon powder device is connect for large and medium-sized winding motors according to claim 1, it is characterised in that: described
Flow path regulating mechanism (67) include antioverloading module (671), pulsometer valve body (672), gas flow tube (673), air pressure movable plate
(674), mobile cushioning block (675), reset spring (676), center flow tube (677), the antioverloading module (671) are installed on gas
The left surface of press pump valve body (672) and electrical connection, the gas flow tube (673) are installed on pulsometer valve body by the way of insertion
(672) lower surface, the lower surface of the air pressure movable plate (674) and the upper surface of mobile cushioning block (675) pass through welding
Mode is connected, and the reset spring (676) is installed on the lower surface of air pressure movable plate (674), the center flow tube (677)
Top is equipped with mobile cushioning block (676).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811562829.5A CN109586523B (en) | 2018-12-20 | 2018-12-20 | Carbon powder receiving device for large and medium-sized wound motor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811562829.5A CN109586523B (en) | 2018-12-20 | 2018-12-20 | Carbon powder receiving device for large and medium-sized wound motor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109586523A true CN109586523A (en) | 2019-04-05 |
| CN109586523B CN109586523B (en) | 2020-09-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811562829.5A Active CN109586523B (en) | 2018-12-20 | 2018-12-20 | Carbon powder receiving device for large and medium-sized wound motor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109586523B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200976529Y (en) * | 2005-12-17 | 2007-11-14 | 吴雳鸣 | Full-automatic carbon powder purification apparatus |
| CN202527453U (en) * | 2012-05-07 | 2012-11-14 | 四川纽艾迪电力设备有限公司 | Carbon powder collecting device |
| CN102909697A (en) * | 2011-08-05 | 2013-02-06 | 株式会社牧田 | Dust collecting device |
| CN202928622U (en) * | 2012-07-13 | 2013-05-08 | 南京风电科技有限公司 | Detecting device for carbon dust collection box of wind driven generator |
| CN107658671A (en) * | 2017-11-02 | 2018-02-02 | 张宏伟 | Portable electric generator collector ring automatic cleaning device |
-
2018
- 2018-12-20 CN CN201811562829.5A patent/CN109586523B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200976529Y (en) * | 2005-12-17 | 2007-11-14 | 吴雳鸣 | Full-automatic carbon powder purification apparatus |
| CN102909697A (en) * | 2011-08-05 | 2013-02-06 | 株式会社牧田 | Dust collecting device |
| CN202527453U (en) * | 2012-05-07 | 2012-11-14 | 四川纽艾迪电力设备有限公司 | Carbon powder collecting device |
| CN202928622U (en) * | 2012-07-13 | 2013-05-08 | 南京风电科技有限公司 | Detecting device for carbon dust collection box of wind driven generator |
| CN107658671A (en) * | 2017-11-02 | 2018-02-02 | 张宏伟 | Portable electric generator collector ring automatic cleaning device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109586523B (en) | 2020-09-08 |
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Effective date of registration: 20200817 Address after: 325600, No. twelve, No. 228, weft Road, Yueqing Economic Development Zone, Wenzhou, Zhejiang Applicant after: ZHEJIANG BEILIANG WIND POWER ELECTRONIC TECHNOLOGY Co.,Ltd. Address before: Dandong Xiangshan County, Zhejiang province 315700 Ningbo city streets Jiang Village Applicant before: XIANGSHAN HONGQIANG ELECTRIC MANUFACTURING Co.,Ltd. |
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