CN108494183A - A kind of device of electronic dismounting motor stator winding - Google Patents
A kind of device of electronic dismounting motor stator winding Download PDFInfo
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- CN108494183A CN108494183A CN201810340741.2A CN201810340741A CN108494183A CN 108494183 A CN108494183 A CN 108494183A CN 201810340741 A CN201810340741 A CN 201810340741A CN 108494183 A CN108494183 A CN 108494183A
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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
- H02K15/0006—Disassembling, repairing or modifying dynamo-electric machines
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Abstract
A kind of device of electronic dismounting motor stator winding, with lower supporting plate, left riser, right riser, strap, electronic clamping plate mechanism, horizontal support plate, upper tie down screw, electronic tie rod mechanism, electronic drawing head mechanism, power switch and subassembly wrapper, left riser, right riser is separately mounted on the left and right ends of lower supporting plate, strap is mounted on lower supporting plate upper left quarter, electronic clamping plate mechanism is mounted on lower supporting plate upper right side, the lower end of upper tie down screw is separately mounted to left riser, the upper center of right riser, horizontal support plate is mounted on left riser, on right riser, electronic tie rod mechanism is mounted on horizontal support plate and is connected with electronic drawing head mechanism, power switch and electronic clamping plate mechanism, electronic tie rod mechanism, electronic drawing head mechanism is connected through conducting wire.The configuration of the present invention is simple is compact, and the stator copper winding for being suitable for various diameters is dismantled, easy to use, drives relevant device work using motor, can once draw out two groups of stator copper windings simultaneously.
Description
Technical field
The present invention relates to extracting tool field, especially a kind of device of electronic dismounting motor stator winding.
Background technology
In electrical machmary maintenance industry, waste recovery industry etc., it is often necessary to the stator winding of motor after damage is dismantled,
To facilitate maintenance industry subsequently again on stator around upper new copper wire winding, waste recovery industry directly by stator and copper wire around
Classification sale is carried out after group separation.Existing stator dismounting winding method using it is more be by stator winding one end all with cutting
Cutting tool（Such as manual steel bar scissors）After cutting, cutting pliers manual mode is then used or with stator winding drawing device by stator
Winding other end multi-turn winding pulls out respectively.There is no a kind of dedicated tool, current stator when existing stator winding dismounting
Winding drawing device and stationary fixture are in separated structure, and when dismantling winding copper coil, first stator is fixed with stationary fixture,
Then winding copper coil is extracted with drawing device again, due to the fixture and drawing device of, fixed stator be in discrete state with
And its structure is limited, in actual work, operation is extremely inconvenient, after stationary fixture fixes stator, drawing device is fixed on solid
Clamp tool around after, could enter the process of drawing winding copper coil, moreover, existing drawing device drawing head pull-out stator around
After a circle winding in the multi-turn winding of group, need release stationary fixture that will again be fixed after stator rotation certain angle, another
The drawing head of one circle winding alignment drawing device, the drawing head for then operating drawing device again pulls out another circle winding, with this
Analogize, pulled out until by whole stator copper windings, is needed with solid before often pulling out a circle winding due to the drawing head of, drawing device
Determine mechanism to fix stator, therefore operate extremely inconvenience, opposite can not improve working efficiency；Also a kind of mode is exactly to operate
Middle user constantly adjusts the position of the drawing head of drawing device, and one circle winding of primary alignment carries out pulling operation, due to each
Adjustment or fixed drawing head are required for certain time, and operation is also very inconvenient, and because adjustment drawing head position speed compared with
Slowly, the time delays of dismantlement work can be caused.
Invention content
In order to there is no a kind of dedicated tool, the fixture of fixed stator and drawer when existing stator winding being overcome to dismantle
Tool is limited in discrete state and its structure, in actual work, inconvenient, the drawing head of drawing device often pull out a circle around
Need to be retightened stator with fixture before group, or constantly adjustment drawing device drawing head position, thus bring it is troublesome in poeration,
The relatively low drawback of working efficiency, the present invention provides the equipment of fixed stator and the integration of equipments for pulling out stator winding coil to pacify
It is fitted together, simple and compact for structure, the stator-winding copper winding dismounting for being suitable for various diameters uses, easy to use,
Relevant device work is driven using motor, there are two drawing heads for tool, can once draw out two groups of stator copper windings simultaneously, often
It draws after transfering to a circle winding, stator need not be retightened, also need not constantly adjust the drawing head position of drawing device, only needed
Quick rotation drawing head is wanted, dismounting speed is which thereby enhanced, and reduces the labor intensity of operating personnel, one kind easy to use
The device of electronic dismounting motor stator winding.
The technical solution adopted by the present invention to solve the technical problems is：
A kind of device of electronic dismounting motor stator winding, including alternating current 220V turn the switch power module of direct current 24V, feature
It is that also there is lower supporting plate, left riser, right riser, strap, electronic clamping plate mechanism, horizontal support plate, upper tie down screw, electricity
Dynamic drag link mechanism, electronic drawing head mechanism, power switch and subassembly wrapper, left riser, right riser are " П " type, and left riser, the right side are perpendicular
Plate lower part is respectively welded at the left and right ends top of lower supporting plate, and each transverse direction in both ends has together the right part of lower supporting plate from front to back
Sliding slot, strap are " ┌ " types, and for strap lower weld in lower supporting plate upper left quarter, strap is located at the left riser right side
Side, electronic clamping plate mechanism are mounted on lower supporting plate upper right side, and upper tie down screw has identical two sets, and two put under tie down screw
End is respectively welded at the upper center of left riser, right riser, and the left and right ends of horizontal support plate are respectively there are one U-typed slot, two
The top of upper tie down screw is located in the U-typed slot of horizontal support plate left and right ends, by respectively being covered on two upper tie down screws
One backing plate, two locking nuts screw in two upper tie down screws respectively, horizontal support plate on left riser, right riser
End, the middle part of horizontal support plate is there are one trepanning, and trepanning both sides are respectively welded with a guide rod, and electronic tie rod mechanism includes that motor subtracts
Fast device, upper screw rod, active joint, lower connecting rod, upper screw rod left and right ends from top to bottom respectively have one of vertical guide slot, upper screw rod to insert
Enter in the middle part of horizontal support plate in trepanning, two guide rods are located in the guide groove of upper screw rod or so two, motor reducer
There is a female guide pipe of tool in power output shaft front end, in the internal thread for screwing into guide pipe of upper screw rod, electricity
The supporting rack that machine retarder or so is two is mounted on the top left and right ends of horizontal support plate, the installation of upper screw rod lower end with bolt and nut
In active joint upper end, lower connecting rod upper end is mounted on active joint lower end, and lower connecting rod lower end is welded on electronic drawing head machine
Structure upper center, power switch have three, and every power switch tool is there are two power input, two groups of power output ends, three
Power switch and switch power module are mounted in subassembly wrapper, and subassembly wrapper is mounted on the preceding upper end of right riser, the electricity of Switching Power Supply
Source input both ends are connected with 220V AC powers the two poles of the earth by conducting wire respectively, the power input both ends of three power switches respectively and
The power supply output both ends of Switching Power Supply are connected by conducting wire, and first group of power supply output both ends of first power switch are respectively and electric
The positive and negative the two poles of the earth power input of motor of dynamic drag link mechanism is connected by conducting wire, and second group of power supply of first power switch is defeated
Go out both ends to connect by conducting wire with the negative, positive the two poles of the earth power input of the motor of electronic tie rod mechanism respectively, second power switch
First group of power supply output both ends connected respectively by conducting wire with the positive and negative the two poles of the earth power input of the motor of electronic drawing head mechanism
Connect, second group of power supply of second power switch output both ends respectively with the negative, positive the two poles of the earth power supply of the motor of electronic drawing head mechanism
Input terminal is connected by conducting wire, and first group of power supply of third power switch exports the both ends motor with electronic clamping plate mechanism respectively
Positive and negative the two poles of the earth power input is connected by conducting wire, second group of power supply of third power switch output both ends respectively with it is electronic
The negative, positive the two poles of the earth power input of motor of clamping plate mechanism is connected by conducting wire, and the stator for dismantling winding is needed to be located at strap
Between electronic clamping plate mechanism.
The lower supporting plate, left riser, right riser, strap, horizontal support plate, upper tie down screw are iron and steel material qualities.
The motor reducer of the electronic tie rod mechanism is the vertical machine gear reduction unit finished product of working power 24V, work(
Rate is 350W, and vertical machine gear reduction unit has a gear reduction, when work, when the motor of vertical machine gear reduction unit
After obtaining electric rotation, the power of the shaft output of motor can drive vertical machine tooth after gear reduction slows down and increases torque
The power output shaft front end guide pipe rotation of wheel decelerator, the power output shaft front end guide pipe of vertical machine gear reduction unit are suitable
When hour hands rotate, guide pipe can drive upper screw rod to move upwards, and upper screw rod drives electronic drawing head through active joint, lower connecting rod
Mechanism moves upwards, and when the power output shaft front end guide pipe of vertical machine gear reduction unit rotates counterclockwise, guide pipe can band
Dynamic upper screw rod moves downward, and upper screw rod drives electronic drawing head mechanism to move downward through active joint, lower connecting rod, on upper screw rod
When lower movement, from top to bottom guide rod of the vertical guide slot along horizontal support plate trepanning both sides moves up and down for upper screw rod left and right ends, on
Lead screw will not rotate.
The active joint of the electronic tie rod mechanism includes perpendicular connecting tube, upper spacer, lower clapboard, has one in the middle part of lower clapboard
A trepanning, upper spacer is welded on middle part in perpendicular connecting tube, when lower connecting rod upper end is mounted on active joint lower end, on lower connecting rod
Portion is pierced by from the bottom to top from trepanning in the middle part of lower clapboard, and lower connecting rod upper end is welded with a spacing collar, and lower clapboard is welded on perpendicular company
Lower part is taken over, after all components of active joint are installed in place, lower connecting rod can be along the free left-right rotation of trepanning in the middle part of lower clapboard.
The electronic clamping plate mechanism includes mobile clamping plate, horizontal connecting tube, fixed plate, motor reducer, connection wire rod, movement
Clamping plate is " ┐ " type, and two respectively have a sliding panel, two sliding panels of mobile clamping plate to distinguish position before and after the lower end of mobile clamping plate
In in lower supporting plate the right part from front to back slot of both ends twice sliding slot, horizontal connecting tube left part is welded in the right-hand end of mobile clamping plate
Portion, there are one trepannings from left to right on the top of fixed plate, and fixed plate lower end is welded on the right middle upper end of lower supporting plate, fixed plate
Positioned at the lower end of right riser, connection wire rod left part passes through the trepanning of fixed plate top, the left part of connection wire rod to be welded on horizontal connecting tube
Inner ring in, motor reducer is the vertical machine gear reduction unit finished product of working power 24V, and power is 150W, vertical machine
There is gear reduction unit gear reduction, the power output shaft front end of motor reducer to have a female guiding of tool
It manages, in the internal thread for screwing into guide pipe of connection wire rod right part, vertical machine gear reduction unit left part upper and lower ends
Supporting rack is mounted on fixed plate right-hand end with bolt and nut, when work, when the motor work once electrified of vertical machine gear reduction unit,
The shaft of motor rotates clockwise the power of output after gear reduction slows down and increases torque, can subtract through vertical machine gear
The power output shaft of fast device, which rotates counterclockwise, drives guide pipe to rotate counterclockwise, and guide pipe makes connection wire rod push under mobile clamping plate
Two sliding panels at end are moved downward along the twice sliding slot of lower supporting plate right part, and distance contracts between mobile clamping plate and strap
Short, when the motor work once electrified of vertical machine gear reduction unit, the power that the shaft of motor rotates counterclockwise output subtracts through gear
Fast mechanism slows down after increase torque, can be rotated clockwise through the power output shaft of vertical machine gear reduction unit and drive guide pipe suitable
Hour hands rotate, and guide pipe makes connection wire rod drive two sliding panels of mobile clamping plate lower end along the twice sliding slot of lower supporting plate right part
It moves right, distance is elongated between mobile clamping plate and strap.
After the horizontal support plate is mounted on left riser, right riser upper end, after unscrewing two locking nuts, horizontal support plate or so
The U-typed slot at both ends can be respectively along two upper tie down screw side-to-side movements, and horizontal support plate can drive electronic tie rod mechanism, electronic drawing
The side-to-side movement of plug mechanism.
The right-hand end of the strap, electronic clamping plate mechanism mobile clamping plate on the left of end surfaces serration is distributed with, prevent
Stator be fixed between strap and the mobile clamping plate of electronic clamping plate mechanism after generate movement, stator be fixed on strap and
After between the mobile clamping plate of electronic clamping plate mechanism, the upper end outer of stator winding is located on strap right-hand end lower part and electronic
The upper left side end lower part of the mobile clamping plate of clamping plate mechanism, right-hand end on strap, electronic clamping plate mechanism mobile clamping plate it is upper
The coil of left-hand end discord stator winding is in contact.
The electronic drawing head mechanism includes rectangle casing, slip drawing block, motor gear reducer, motor gear reduction
Device is the horizontal machine gear reduction unit finished product of working power 24V, and power is 40W, and the left and right ends of motor gear reducer are equal
With gear reduction, when work, after the motor of motor gear reducer obtains electric rotation, the power of the shaft output of motor
After the gear reduction of left and right ends slows down and increases torque, the The gear deceleration of motor gear reducer left and right ends can be driven
Mechanism power output shaft rotation, the gear reduction power output shaft of motor gear reducer left end have dextrorotation external screw thread,
There is the gear reduction power output shaft of motor gear reducer right end sinistral external thread, slip drawing block to have two, and two
Slip drawing block inner end is located inside the left and right sides end of rectangle casing, one slip drawing block of rectangle casing left end
Inner end from left to right have dextrorotation internal thread, the inner end of rectangle casing one slip drawing block of right end has from left to right
The gear reduction power output shaft dextrorotation of levogyrate inner thread, motor gear reducer left end screws into a rectangle casing left side
Hold a slip drawing block inner end dextrorotation internal thread, the gear reduction power output shaft of motor gear reducer right end left
Rotation screws into one slip drawing block inner end levogyrate inner thread of rectangle casing left end, and the outboard end of shifting block is drawn in two slidings
It is each there are one tapered protrusion, the cone of two tapered protrusions upward, when the motor work once electrified of motor gear reducer, motor
Shaft rotates counterclockwise the power of output after gear reduction slows down and increases torque, can drive motor gear reducer or so
The gear reduction power output shaft at both ends rotates clockwise, and the gear reduction of motor gear reducer left and right ends is dynamic
After power output shaft rotates clockwise, the power output shafts of left and right ends can drive two slip drawing blocks along rectangle casing inwardly
Movement, the shaft of motor rotate clockwise the power of output after gear reduction slows down and increases torque, can drive motor tooth
The gear reduction power output shaft of wheel decelerator left and right ends rotates counterclockwise, the tooth of motor gear reducer left and right ends
After wheel deceleration mechanism power output shaft rotates counterclockwise, the power output shaft of left and right ends can drive two slip drawing blocks along square
Shape casing moves outward, and the lower connecting rod lower end of electronic tie rod mechanism is welded on the rectangle sleeve upper end of electronic drawing head mechanism
Middle part.
The power switch is ship type power switch, when the operation button of power switch is not pressed, two power inputs
The two groups of power output ends of getting along well are connected, and when the operation button of power switch is pressed forward, two power inputs are respectively with first
Group power supply output both ends are connected, and when the operation button of power switch is pressed backwards, two power inputs are electric with second group respectively
Source exports both ends and connects.
Present invention has the advantages that：The present invention by stator winding one end before use, all use cutting implement（Such as manual steel
Muscle scissors）It cuts.In use, the stator for needing to dismantle winding coil is placed on the mobile folder of strap and electronic clamping plate mechanism
Between plate, then third power switch is pressed forward, the vertical machine gear reduction unit motor of electronic clamping plate mechanism obtains electric
Work, under associated mechanisms effect, Distance Shortened between mobile clamping plate and strap, then, by stator firm grip solid
Between clamp plate and the mobile clamping plate of electronic clamping plate mechanism, stator clamp is next to set back third power switch button, electricity
Machine no longer rotates；Then the nut of upper tie down screw is unclamped, left and right adjusting horizontal support plate as needed is located at left riser, right riser
The position of upper end makes two of electronic drawing head mechanism to slide and draws shifting block outboard end tapered protrusion that can just enter in stator
Portion, since the electronic tie rod mechanism of horizontal support plate and horizontal support plate lower end, electronic drawing head mechanism can be perpendicular along left riser, the right side
Plate upper end moves left and right, that is, no matter the great stator of diameter is fixed on the mobile clamping plate of strap and electronic clamping plate mechanism
Between after, can ensure that two of electronic drawing head mechanism slidings draw shifting block outboard end tapered protrusions that can just enter in stator
Portion, the coil windings dismounting for facilitating various diameter stators use；In actual use, when the low stator of height is placed on strap
When between the mobile clamping plate of electronic clamping plate mechanism, upper backup pad can be padded in stator lower end, ensure that stator is fixed on geometrical clamp
After between plate and the mobile clamping plate of electronic clamping plate mechanism, the upper end outer of stator winding be located on strap right-hand end lower part and
The upper left side end lower part of the mobile clamping plate of electronic clamping plate mechanism, right-hand end on strap, ambulatory splint mechanism mobile clamping plate
Upper left side end discord stator winding coil be in contact.After stator fixes, user presses first power switch
Button is pressed forward, the motor gear reducer work once electrified of electronic tie rod mechanism, under associated mechanisms effect, electronic tie rod mechanism
Upper screw rod electronic drawing head mechanism can be driven to move downward, electronic drawing head mechanism is downwardly into stator internal upper part, then
First power switch button sets back, and electronic tie rod mechanism motor no longer rotates, electronic drawing head mechanism no longer moves.Electricity
After dynamic drawing head mechanism is downwardly into stator internal upper part, user forward presses the button of second power switch, electronic drawing
The motor gear reducer work once electrified of plug mechanism, under associated mechanisms effect, two slidings of electronic drawing head mechanism are drawn
Shifting block slides in and out on the inside of rectangle casing, when two slidings draw shifting block tapered protrusion outboard end cone to respectively enter stator winding
After the lower end of copper coil is enclosed in left and right ends two, user sets back the button of two power switches, and two slip drawings are fast
No longer move；User backwards presses the button of first power switch, then, the motor gear reduction of electronic tie rod mechanism
Device work once electrified again, under associated mechanisms effect, the upper screw rod of electronic tie rod mechanism can drive electronic drawing head mechanism upward
Movement, when two slip drawing blocks of electronic drawing head mechanism move upwards, two slip drawing block tapered protrusion outboard ends
Cone drives stator winding left and right ends two to enclose copper coil and moves upwards respectively, after moving upward to certain position, two groups of copper wire
Circle is detached with stator body, achievees the purpose that dismounting；It is opposite to improve dismounting speed due to can once dismantle two circle copper coils
Degree.After having dismantled two circle copper coils, operator presses the button of first power switch, the electricity of electronic tie rod mechanism forward again
Machine gear reduction unit work once electrified, under associated mechanisms effect, the upper screw rod of electronic tie rod mechanism drives electronic drawing head again
Mechanism moves downward, and electronic drawing head mechanism is again introduced into downwards stator internal upper part, then that first power switch button is extensive
Position is restored, electronic tie rod mechanism motor no longer rotates, electronic drawing head mechanism no longer moves, and then user is by with hand or so
The active joint of rotary electric drag link mechanism can reach two slip drawing block orientation for rotating left and right electronic drawing head mechanism
Purpose ensure that two slidings draw shifting block tapered protrusion outboard end cone that can conveniently respectively enter the other two circles copper wire of stator winding
The lower end of circle, then, user backwards press the button of first power switch again, then, the electricity of electronic tie rod mechanism
Machine gear reduction unit work once electrified again, under associated mechanisms effect, the upper screw rod of electronic tie rod mechanism drives electronic drawing head
Mechanism moves upwards, when two slip drawing blocks of electronic drawing head mechanism move upwards, two slip drawing block tapered protrusions
The cone of outboard end drives the other two circles copper coil in stator winding left and right ends to move upwards respectively, moves upward to certain position
Afterwards, in addition two circle copper coils and stator body separation, achievees the purpose that dismounting；By above can be stator winding whole copper wire
Circle dismounting, and after fixing a stator, need not frequent multiple fixed stator, it is opposite to improve dismounting speed.The present invention is solid
The equipment of stator and the integration of equipments for pulling out stator winding coil are installed together, simple and compact for structure, are suitable for various straight
The stator copper winding dismounting of diameter size uses, easy to use, and relevant device work, very high dismounting speed are driven using motor
And the labor intensity of operating personnel is reduced, there are two drawing heads for tool, can once draw out two groups of stator copper windings, phase simultaneously
To improving dismounting speed, based on above-mentioned, so the application prospect that the present invention has had.
Description of the drawings
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is overall structure of the present invention.
Fig. 2 is the structural schematic diagram of the electronic drawing head mechanism of the present invention.
Fig. 3 is the upper screw rod, active joint, lower connecting rod structural schematic diagram of electronic tie rod mechanism of the present invention.
Specific implementation mode
Shown in Fig. 1,2,3, a kind of device of electronic dismounting motor stator winding, including alternating current 220V turn direct current 24V's
Switch power module 1 also has lower supporting plate 2, left riser 3, right riser 4, strap 5, electronic clamping plate mechanism 6, horizontal support
Plate 7, upper tie down screw 8, electronic tie rod mechanism 9, electronic drawing head mechanism 10, power switch 11 and subassembly wrapper 12, left riser 3,
Right riser 4 is " П " type, and left riser 3,4 lower part of right riser are respectively welded at the left and right ends top of lower supporting plate 2, lower supporting plate
Each transverse direction in both ends has one of sliding slot 2-1, strap 5 to 2 right part from front to back is " ┌ " type, and 5 lower weld of strap exists
2 upper left quarter of lower supporting plate, strap 5 are located at 3 right side of left riser, and electronic clamping plate mechanism 6 is mounted on 2 upper right side of lower supporting plate,
Upper tie down screw 8 has identical two sets, and two lower ends for putting on tie down screw 8 are respectively welded at the upper end of left riser 2, right riser 3
Middle part, respectively there are one U-typed slot 7-1, the top of two upper tie down screws 8 is located at cross for the left and right ends of horizontal support plate 7
In the U-typed slot 7-1 of support plate left and right ends, by respectively covering a backing plate 8-1, two locking screws on two upper tie down screws 8
Female 8-2 screws in two upper tie down screws 8 respectively, and horizontal support plate 7 is mounted on left riser 3,4 upper end of right riser, horizontal support plate 7
There are one trepanning 7-2, trepanning both sides are respectively welded with a guide rod 7-3 at middle part, and electronic tie rod mechanism 9 includes motor reducer 9-
1, from top to bottom respectively there be one of vertical guide slot in upper screw rod 9-2, active joint 9-3, lower connecting rod 9-4, the left and right ends upper screw rod 9-2
9-6, upper screw rod 9-2 are inserted into 7 middle part trepanning 7-2 of horizontal support plate, and two guide rod 7-3 are located at upper screw rod or so two
In guide groove 9-6, there are tool female a guide pipe 9-5, upper screw rod 9- in the power output shaft front end of motor reducer 9-1
2 screw into the internal thread of guide pipe 9-5, and the supporting rack 9-7 of motor reducer or so two installs with bolt and nut
In the top left and right ends of horizontal support plate 7, the lower ends upper screw rod 9-2 are mounted on the upper ends active joint 9-3, the upper ends lower connecting rod 9-4
Mounted on the lower ends active joint 9-3, the lower ends lower connecting rod 9-4 are welded on electronic 10 upper center of drawing head mechanism, power switch
11 have three, and there are two power input, two groups of power output ends, three power switches 11 and switches for every tool of power switch 11
Power module 1 is mounted in subassembly wrapper 12, and subassembly wrapper 12 is mounted on the preceding upper end of right riser 4, the power input two of Switching Power Supply 1
End is connected with 220V AC powers the two poles of the earth by conducting wire respectively, and the power input both ends of three power switches 11 are electric with switch respectively
The power supply output both ends in source 1 are connected by conducting wire, first group of power supply of first power switch 11 output both ends respectively with it is electronic
The positive and negative the two poles of the earth power input of motor of drag link mechanism 9 is connected by conducting wire, and second group of power supply of first power switch 11 is defeated
Go out both ends to connect by conducting wire with the negative, positive the two poles of the earth power input of the motor of electronic tie rod mechanism 9 respectively, second power switch
11 first group of power supply output both ends pass through conducting wire with the positive and negative the two poles of the earth power input of the motor of electronic drawing head mechanism 10 respectively
Connection, second power switch 11 second group of power supply output both ends respectively with the motor of electronic drawing head mechanism 10 negative, positive two
Pole power input is connected by conducting wire, first group of power supply of third power switch 11 output both ends respectively with electrical clip trigger
The positive and negative the two poles of the earth power input of motor of structure 6 is connected by conducting wire, and second group of power supply of third power switch 11 exports both ends
It is connected respectively by conducting wire with the negative, positive the two poles of the earth power input of the motor of electronic clamping plate mechanism 6, needs the stator 13 for dismantling winding
Between strap 5 and electronic clamping plate mechanism 6.
Fig. 1, shown in 3, lower supporting plate 2, left riser 3, right riser 4, strap 5, horizontal support plate 7, upper tie down screw 8
It is iron and steel material quality.The motor reducer 9-1 of electronic tie rod mechanism is the vertical machine gear reduction unit finished product of working power 24V,
Power is 350W, and vertical machine gear reduction unit 9-1 has a gear reduction, when work, when vertical machine gear reduction unit
After the motor of 9-1 obtains electric rotation, the power of the shaft output of motor can drive vertical after gear reduction slows down and increases torque
The power output shaft front end guide pipe 9-5 of formula motor gear reducer is rotated, the power output shaft of vertical machine gear reduction unit
When front end guide pipe 9-5 is rotated clockwise, guide pipe 9-5 can drive upper screw rod 9-2 to move upwards, and upper screw rod 9-2 connects through activity
Head 9-3, lower connecting rod 9-4 drive electronic drawing head mechanism 10 to move upwards, the power output of vertical machine gear reduction unit 9-1
When axis front end guide pipe 9-5 is rotated counterclockwise, guide pipe 9-5 can drive upper screw rod 9-2 to move downward, and upper screw rod 9-2 is through activity
Connector 9-3, lower connecting rod 9-4 drive electronic drawing head mechanism 10 to move downward, when upper screw rod 9-2 moves up and down, upper screw rod 9-2
From top to bottom guide rod 7-3s of the vertical guide slot 9-6 along horizontal support plate trepanning both sides moves up and down for left and right ends, and upper screw rod 9-2 is not
It can rotate.The active joint of electronic tie rod mechanism 9 includes perpendicular connecting tube 9-8, upper spacer 9-9, lower clapboard 9-10, lower clapboard
There are one trepanning, upper spacer 9-9 is welded on middle part on perpendicular connecting tube 9-8 at the middle part of 9-10, and the upper ends lower connecting rod 9-4, which are mounted on, lives
When the dynamic connector lower ends 9-3, the tops lower connecting rod 9-4 are pierced by from the bottom to top from trepanning in the middle part of lower clapboard 9-10, on lower connecting rod 9-4
End is welded with a spacing collar 9-11, and lower clapboard 9-10 is welded on the lower parts perpendicular connecting tube 9-8, all component peaces of active joint 9-3
After being attached to position, lower connecting rod 9-4 can be along the middle parts the lower clapboard 9-10 free left-right rotation of trepanning.
Fig. 1, shown in 3, electronic clamping plate mechanism includes that mobile clamping plate 6-1, horizontal connecting tube 6-2, fixed plate 6-4, motor subtract
Fast device 6-5, connection wire rod 6-6, mobile clamping plate 6-1 is " ┐ " type, and two respectively have a sliding before and after the lower end of mobile clamping plate 6-1
Plate 6-7, two sliding panel 6-7 of mobile clamping plate are located at the slot of lower supporting plate right part both ends twice sliding slot 2-1 from front to back
Interior, horizontal connecting tube 6-2 left parts are welded in the middle part of the right-hand end of mobile clamping plate 6-1, the top of fixed plate 6-4 from left to right there are one
Trepanning, the lower ends fixed plate 6-4 are welded on the right middle upper end of lower supporting plate 2, and fixed plate 6-4 is located at the lower end of right riser 4, connection
Lead screw 6-6 left parts pass through fixed plate 6-4 top trepannings, the left part of connection wire rod 6-6 to be welded in the inner ring of horizontal connecting tube 6-2,
Motor reducer 6-5 is the vertical machine gear reduction unit finished product of working power 24V, and power is 150W, and vertical machine gear subtracts
There is fast device 6-5 gear reduction, the power output shaft front end of motor reducer 6-5 to have a female guide pipe of tool
The right part of 6-3, connection wire rod 6-6 screw into the internal thread of guide pipe 6-9, vertical machine gear reduction unit 6-6 left parts
The supporting rack 6-8 of upper and lower ends is mounted on fixed plate 6-4 right-hand ends with bolt and nut, when work, when vertical machine The gear deceleration
The shaft of the motor work once electrified of device 6-5, motor rotates clockwise the power of output through gear reduction deceleration increase torque
Afterwards, it can be rotated counterclockwise through the power output shaft of vertical machine gear reduction unit 6-5 and guide pipe 6-3 is driven to rotate counterclockwise, led
To pipe make connection wire rod 6-6 push two sliding panel 6-7 of mobile clamping plate lower end along lower supporting plate right part twice sliding slot 2-1 to
Left movement, Distance Shortened between mobile clamping plate 6-1 and strap 5, when the motor of vertical machine gear reduction unit 6-5 obtains electrician
Make, the shaft of motor rotates counterclockwise the power of output after gear reduction slows down and increases torque, can be through vertical machine tooth
The power output shaft of wheel decelerator 6-5, which rotates clockwise, drives guide pipe 6-9 to rotate clockwise, and guide pipe makes connection wire rod 6-6
Two sliding panel 6-7 of the lower ends mobile clamping plate 6-1 are driven to be moved right along the twice sliding slot 2-1 of lower supporting plate right part, mobile folder
Distance is elongated between plate 6-1 and strap 5.
Shown in Fig. 1,2,3, after horizontal support plate 7 is mounted on left riser 3,4 upper end of right riser, two locking nut 8- are unscrewed
After 2, the U-typed slot 7-1 of 7 left and right ends of horizontal support plate can be respectively along two 8 side-to-side movements of upper tie down screw, 2 energy of horizontal support plate
Drive electronic tie rod mechanism 9, electronic 10 side-to-side movement of drawing head mechanism.The shifting of the right-hand end of strap 5, electronic clamping plate mechanism
Serration is distributed in end surfaces on the left of dynamic clamping plate 6-1, and stator 13 is prevented to be fixed on the mobile folder of strap 5 and electronic clamping plate mechanism
Movement is generated after between plate 6-1, it is fixed after stator 13 is fixed between strap 5 and the mobile clamping plate 6-1 of electronic clamping plate mechanism
The upper end outer of sub- winding 13-1 is located at the upper of the mobile clamping plate 6-1 of right-hand end lower part and electronic clamping plate mechanism on strap 5
Left-hand end lower part, right-hand end on strap 5, electronic drawing head mechanism mobile clamping plate 6-1 upper left side end discord stator around
The coil of group 13-1 is in contact.Electronic drawing head mechanism includes that rectangle casing 10-1, slip drawing block 10-2, motor gear subtract
Fast device 10-3, motor gear reducer 10-3 are the horizontal machine gear reduction unit finished products of working power 24V, and power is 40W, electricity
The left and right ends of machine gear reduction unit 10-3 all have gear reduction, when work, when the electricity of motor gear reducer 10-3
After machine obtains electric rotation, the power of the shaft output of motor, can band after the gear reduction of left and right ends slows down and increases torque
The gear reduction power output shaft rotation of the dynamic left and right ends motor gear reducer 10-3, motor gear reducer 10-3 are left
The gear reduction power output shaft at end has dextrorotation external screw thread, the gear reduction of motor gear reducer 10-3 right ends
There is power output shaft sinistral external thread, slip drawing block 10-2 to have two, and position is distinguished in two inner ends slip drawing block 10-2
Inside the left and right sides end of rectangle casing 10-1, the inner end of one slip drawing block 10-2 of rectangle casing 10-1 left ends is by a left side
There is dextrorotation internal thread to the right side, the inner end of one slip drawing block 10-2 of rectangle casing 10-1 right ends is from left to right with left-handed
The gear reduction power output shaft dextrorotation of internal thread, motor gear reducer 10-3 left ends screws into a rectangle casing left side
Hold a slip drawing block 10-2 inner end dextrorotation internal thread, the gear reduction power of motor gear reducer 10-3 right ends
Output shaft sinistral external thread screws in rectangle casing one inner ends slip drawing block 10-2 levogyrate inner thread of left end, and two slidings are drawn
Respectively there are one the cones of tapered protrusion 10-4, two tapered protrusion 10-4 to work as motor gear reducer upward for the outboard end of shifting block
The shaft of the motor work once electrified of 10-3, motor rotates counterclockwise the power of output through gear reduction deceleration increase torque
Afterwards, the gear reduction power output shaft of the left and right ends motor gear reducer 10-3 can be driven to rotate clockwise, motor tooth
After the gear reduction power output shaft of the left and right ends wheel decelerator 10-3 rotates clockwise, the power output shaft of left and right ends
Two slip drawing block 10-2 can be driven to be moved inwardly along rectangle casing 10-1, the shaft of motor rotates clockwise the dynamic of output
Power can drive the gear reduction of the left and right ends motor gear reducer 10-3 after gear reduction slows down and increases torque
Power output shaft rotates counterclockwise, and the gear reduction power output shaft of the left and right ends motor gear reducer 10-3 is counterclockwise
After rotation, the power output shaft of left and right ends can drive two slip drawing block 10-2 to be moved outward along rectangle casing 10-1,
The lower ends lower connecting rod 9-4 of electronic tie rod mechanism are welded on the rectangle casing 10-1 upper centers of electronic drawing head mechanism.Power supply
Switch 11 is ship type power switch, when the operation button of power switch 11 is not pressed, two power inputs two groups of power supplys of discord
Output end is connected, and when the operation button of power switch 11 is pressed forward, two power inputs are exported with first group of power supply respectively
Both ends are connected, and when the operation button of power switch 11 is pressed backwards, two power inputs export two with second group of power supply respectively
Termination is logical.
Shown in Fig. 1,2,3, the present invention by the one end stator winding 13-1 before use, all use cutting implement（Such as manually
Shear for cutting steel bar）It cuts.In use, the stator 13 for needing to dismantle winding coil is placed on strap 5 and electronic clamping plate mechanism
Between mobile clamping plate 6-1, then third power switch 11 is pressed forward, then, 11 two power supplys of third power switch
Input terminal is connected with first group of power supply output both ends respectively, and the vertical machine gear reduction unit 6-5 motors of electronic clamping plate mechanism obtain
Its shaft of electricity work rotates clockwise, and the shaft of motor rotates clockwise the power of output through gear reduction deceleration increase torsion
After square, it can be rotated counterclockwise through the power output shaft of vertical machine gear reduction unit 6-5 and guide pipe 6-3 is driven to rotate counterclockwise,
Guide pipe makes connection wire rod 6-6 push two sliding panel 6-7 of mobile clamping plate lower end along the twice sliding slot 2-1 of lower supporting plate right part
It moves downward, moves Distance Shortened between clamping plate 6-1 and strap 5, then, move clamping plate 6-1 and strap 5 by stator
13 firm grips are between strap 5 and the mobile clamping plate 6-1 of electronic clamping plate mechanism, third power supply after the clamping of stator 13
11 button of switch sets back, and vertical machine gear reduction unit 6-5 motors no longer rotate.After stator 13 fixes, then unclamp
The nut 8-2 of upper tie down screw, left and right adjusting horizontal support plate 2 as needed be located at left riser 3,4 upper end of right riser position, make
Two sliding drawing shifting block outboard end tapered protrusion 10-4 of electronic drawing head mechanism can just enter the interior middle part of stator 13, by
In the electronic tie rod mechanism 9 of horizontal support plate 7 and horizontal support plate lower end, electronic drawing head mechanism 10 can be perpendicular along left riser 3, the right side
4 upper end of plate moves left and right, that is to say, that no matter the great stator of diameter 13 is fixed on the shifting of strap 5 and electronic clamping plate mechanism
After between dynamic clamping plate 6-1, it can ensure that two slidings of electronic drawing head mechanism draw shifting block outboard end tapered protrusion 10-4 just
The middle part that stator 13 can be entered, the copper coil winding dismounting for facilitating various diameter stators 13 use；In actual use, when height
It, can be on 13 lower end of stator be padded when low stator 13 is placed between strap 5 and the mobile clamping plate 6-1 of electronic clamping plate mechanism
Support plate, after ensureing that stator 13 is fixed between strap 5 and the mobile clamping plate 6-1 of electronic clamping plate mechanism, stator winding 13-
1 upper end outer is located on strap 5 under the upper left side end of the mobile clamping plate 6-1 of right-hand end lower part and electronic clamping plate mechanism
Portion, right-hand end on strap 5, ambulatory splint mechanism mobile clamping plate 6-1 upper left side end discord stator winding 13-1 line
Circle is in contact；After horizontal support plate 2 is located at left riser 3, the position of 4 upper end of right riser regulates, the nut 8-2 of tie down screw
It screws.After stator 13 fixes, user forward presses the button of first power switch 11, then, first electricity
11 two power inputs of source switch are connected with first group of power supply output both ends respectively, the motor gear reduction of electronic tie rod mechanism
Device 9-1 work once electrifieds, under the gear reduction effect of motor gear reducer 9-1, the power of motor gear reducer 9-1
When output shaft rotates counterclockwise and power output shaft front end guide pipe 9-5 is driven to rotate counterclockwise, guide pipe 9-5 can drive silk
Bar 9-2 is moved downward, and upper screw rod 9-2 drives electronic drawing head mechanism 10 to move downward through active joint 9-3, lower connecting rod 9-4,
When upper screw rod 9-2 is moved down, the left and right ends upper screw rod 9-2 from top to bottom vertical guide slot 9-6 along horizontal support plate trepanning both sides
Guide rod 7-3 is moved downward, and upper screw rod 9-2 will not rotate, and electronic drawing head mechanism 10 is downwardly into 13 internal upper part of stator
Afterwards, operator sets back first 11 button of power switch, and the motor of motor gear reducer 9-1 no longer rotates, is electronic
Drawing head mechanism 10 no longer moves downward.After electronic drawing head mechanism 10 is downwardly into 13 internal upper part of stator, user is second
The button of power switch 11-2 is pressed forward, then, second power switch, 11 two power inputs respectively with first group
Power supply exports both ends and connects, the motor gear reducer 10-3 work once electrifieds of electronic drawing head mechanism, motor gear reducer 10-
After 3 machine shaft is clockwise, the gear reduction power output shaft of the left and right ends motor gear reducer 10-3 can be driven
It rotates counterclockwise, the gear reduction power output shaft of the left and right ends motor gear reducer 10-3 rotates counterclockwise, left and right
The power output shaft at both ends can drive two slip drawing block 10-2 to be moved outward along rectangle casing 10-1, when two slidings are drawn
After shifting block tapered protrusion 10-4 outboard end cones respectively enter the lower end of the circle copper coil of the left and right ends stator winding 13-1 two, use
Person sets back the button of second power switch 11, and the motor of motor gear reducer 10-3 no longer rotates, two slidings
The fast 10-2 of drawing is no longer moved；Then, user backwards presses the button of first power switch 11, then, first electricity
11 two power inputs of source switch are connected with second group of power supply output both ends respectively, the motor gear reduction of electronic tie rod mechanism
Device 9-1 work once electrifieds, under the gear reduction effect of motor gear reducer 9-1, the power of motor gear reducer 9-1
When output shaft rotates clockwise and power output shaft front end guide pipe 9-5 is driven to rotate clockwise, guide pipe 9-5 can drive silk
Bar 9-2 is moved upwards, and upper screw rod 9-2 drives electronic drawing head mechanism 10 to move upwards through active joint 9-3, lower connecting rod 9-4,
When two slip drawing block 10-2 of electronic drawing head mechanism are moved upwards, two slip drawing block tapered protrusion 10-4 outboard ends
Cone drive respectively the left and right ends stator winding 13-1 two enclose copper coil move upwards, after moving upward to certain position, two
Group copper coil and the separation of 13 ontology of stator, achieve the purpose that dismounting；It is opposite to improve due to can once dismantle two circle copper coils
Dismantle speed.After having dismantled two circle copper coils, operator presses the button of first power switch 11, electronic tie rod forward again
The motor gear reducer 9-1 work once electrifieds of mechanism, under associated mechanisms effect, the upper screw rod 9-2 of electronic tie rod mechanism is again
Electronic drawing head mechanism 10 is driven to move downward, electronic drawing head mechanism 10 is again introduced into downwards 13 internal upper part of stator, then grasps
Author sets back first 11 button of power switch, and the motor of electronic tie rod mechanism 9 no longer rotates, electronic drawing head mechanism
10 no longer move, and then user passes through the active joint 9-3 with hand left rotation and right rotation electronic tie rod mechanism, then, electronic drawing
Two slip drawing block 10-2 of head mechanism can left-right rotation therewith, rotate left and right electronic drawing head mechanism in this way, can reach
The purpose in two orientation slip drawing block 10-2 ensure that two slidings draw shifting block tapered protrusion 10-4 outboard ends cone that can facilitate
The lower end of the other two circles copper coils of stator winding 13-1 is respectively enterd, then, user is again first power switch 11
Button is pressed backwards（Before electronic drawing head mechanism 10 is again introduced into downwards 13 internal upper part of stator, second power switch 11
Button is pressed backwards, and second power switch of operation makes two slidings that shifting block tapered protrusion 10-4 be drawn to move inwardly；User
Before the button of first power switch 11 is pressed backwards again, first the button of second power switch 11 is pressed forward, is grasped
Making second power switch makes two slidings that shifting block tapered protrusion 10-4 be drawn to move outward, and shifting block tapered protrusion is drawn in two slidings
10-4 outboard ends cone can conveniently respectively enter the lower end of the other two circles copper coils of stator winding 13-1）, then, electronic tie rod machine
The motor gear reducer 9-1 of structure work once electrifieds again, under associated mechanisms effect, the upper screw rod 9-2 bands of electronic tie rod mechanism
Electronic drawing head mechanism 10 is moved to move upwards, when two slip drawing block 10-2 of electronic drawing head mechanism 10 are moved upwards, two
The cone of slip drawing block tapered protrusion 10-4 outboard ends drives the other two circles copper wire in the left and right ends stator winding 13-1 respectively
Circle moves upwards, and after moving upward to certain position, in addition two circle copper coils and the separation of 13 ontology of stator, reach the mesh of dismounting
's；By stator winding whole copper coil can be dismantled above, and after fixing a stator, frequently need not repeatedly fix
Stator 13 is opposite to improve dismounting speed.The equipment of fixed stator 13 of the present invention and the integration of equipments for pulling out stator winding coil
It is installed together, simple and compact for structure, the stator-winding copper winding dismounting for being suitable for various diameters uses, user
Just, relevant device work, very high dismounting speed and the labor intensity for reducing operating personnel are driven using motor, there are two draw for tool
Plug can once draw out two groups of stator copper windings simultaneously, opposite to improve dismounting speed, based on above-mentioned, so this hair
The bright application prospect having had.
The basic principles and main features and advantages of the present invention that the present invention has been shown and described above, 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 (5)
1. a kind of device of electronic dismounting motor stator winding, including alternating current 220V turn the switch power module of direct current 24V, special
Sign be also have lower supporting plate, left riser, right riser, strap, electronic clamping plate mechanism, horizontal support plate, upper tie down screw,
Electronic tie rod mechanism, electronic drawing head mechanism, power switch and subassembly wrapper, left riser, right riser lower part are separately mounted to lower branch
The left and right ends top of fagging, each transverse direction in both ends has one of sliding slot, strap lower part peace to the right part of lower supporting plate from front to back
Mounted in lower supporting plate upper left quarter, electronic clamping plate mechanism is mounted on lower supporting plate upper right side, and two put on the lower end difference of tie down screw
Mounted on the upper center of left riser, right riser, there are one U-typed slot, two upper lockings respectively for the left and right ends of horizontal support plate
The top of screw rod is located in the U-typed slot of horizontal support plate left and right ends, and horizontal support plate is on left riser, right riser
End, the middle part of horizontal support plate is there are one trepanning, and trepanning both sides are respectively welded with a guide rod, and electronic tie rod mechanism includes that motor subtracts
Fast device, upper screw rod, active joint, lower connecting rod, upper screw rod left and right ends from top to bottom respectively have one of vertical guide slot, upper screw rod to insert
Enter in the middle part of horizontal support plate in trepanning, two guide rods are located in the guide groove of upper screw rod or so two, motor reducer
There is a female guide pipe of tool in power output shaft front end, in the internal thread for screwing into guide pipe of upper screw rod, electricity
Machine retarder is mounted on the top left and right ends of horizontal support plate, and upper screw rod lower end is on active joint upper end, lower connecting rod
End is mounted on active joint lower end, and lower connecting rod lower end is mounted on electronic drawing head mechanism upper center, three power switches and
Switch power module is mounted in subassembly wrapper, and subassembly wrapper is mounted on the preceding upper end of right riser, the power input both ends of Switching Power Supply
Connected respectively by conducting wire with 220V AC powers the two poles of the earth, the power input both ends of three power switches respectively with Switching Power Supply
Power supply output both ends are connected by conducting wire, and first power switch passes through with the motor power input terminal of electronic tie rod mechanism respectively
Conducting wire connects, and second power switch is connected with the motor power input terminal of electronic drawing head mechanism by conducting wire respectively, third
Power switch is connected with the motor power input terminal of electronic clamping plate mechanism by conducting wire respectively.
2. a kind of device of electronic dismounting motor stator winding according to claim 1, it is characterised in that electronic tie rod machine
The active joint of structure includes perpendicular connecting tube, upper spacer, lower clapboard, and there are one trepanning, upper spacer is mounted on perpendicular at the middle part of lower clapboard
Middle part in connecting tube, lower connecting rod top are pierced by from the bottom to top from trepanning in the middle part of lower clapboard, and lower connecting rod upper end is equipped with one
Spacing collar, lower clapboard are mounted on perpendicular connecting tube lower part.
3. a kind of device of electronic dismounting motor stator winding according to claim 1, it is characterised in that electrical clip trigger
Structure includes mobile clamping plate, horizontal connecting tube, fixed plate, motor reducer, connection wire rod, and two respectively have before and after the lower end of mobile clamping plate
One sliding panel, two sliding panels of mobile clamping plate are located at the slot of lower supporting plate right part both ends twice sliding slot from front to back
Interior, horizontal connecting tube left part is mounted in the middle part of the right-hand end of mobile clamping plate, and there are one trepannings from left to right on the top of fixed plate, fixed
Plate lower end is mounted on the right middle upper end of lower supporting plate, and connection wire rod left part passes through the trepanning of fixed plate top, a left side for connection wire rod
Portion is mounted in the inner ring of horizontal connecting tube, and there is a female guide pipe of tool in the power output shaft front end of motor reducer,
In the internal thread for screwing into guide pipe of connection wire rod right part, motor gear reducer is mounted on fixed plate right-hand end.
4. a kind of device of electronic dismounting motor stator winding according to claim 1, it is characterised in that strap
Right-hand end, electronic clamping plate mechanism mobile clamping plate on the left of end surfaces serration is distributed with.
5. a kind of device of electronic dismounting motor stator winding according to claim 1, it is characterised in that electronic drawing head
Mechanism includes rectangle casing, slip drawing block, motor gear reducer, and the left and right ends of motor gear reducer all have gear
There is the gear reduction power output shaft of deceleration mechanism, motor gear reducer left end dextrorotation external screw thread, motor gear to subtract
There is the gear reduction power output shaft of fast device right end sinistral external thread, slip drawing block to have two, two slip drawings
Block inner end is located inside the left and right sides end of rectangle casing, the inner end of rectangle casing one slip drawing block of left end by
There is left-to-right dextrorotation internal thread, the inner end of rectangle casing one slip drawing block of right end to have left-handed interior spiral shell from left to right
The gear reduction power output shaft dextrorotation of line, motor gear reducer left end screws into one cunning of rectangle casing left end
Dynamic drawing block inner end dextrorotation internal thread, the gear reduction power output shaft sinistral external thread of motor gear reducer right end
Screw in rectangle casing one slip drawing block inner end levogyrate inner thread of left end, two sliding draw shifting blocks outboard ends it is each there are one
Tapered protrusion, the cone of two tapered protrusions is upward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810340741.2A CN108494183B (en) | 2018-04-17 | 2018-04-17 | Device for electrically disassembling motor stator winding |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810340741.2A CN108494183B (en) | 2018-04-17 | 2018-04-17 | Device for electrically disassembling motor stator winding |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108494183A true CN108494183A (en) | 2018-09-04 |
| CN108494183B CN108494183B (en) | 2019-12-31 |
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ID=63316081
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810340741.2A Expired - Fee Related CN108494183B (en) | 2018-04-17 | 2018-04-17 | Device for electrically disassembling motor stator winding |
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| Country | Link |
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| CN (1) | CN108494183B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109768673A (en) * | 2019-03-29 | 2019-05-17 | 山东唐口煤业有限公司 | A kind of stator coils of motor pumping line apparatus |
| CN110556981A (en) * | 2019-09-29 | 2019-12-10 | 杭州少君科技有限公司 | Safe and reliable's large-scale old and useless stator copper line demolishs device |
| CN110611404A (en) * | 2019-10-29 | 2019-12-24 | 张艳 | Waste motor copper wire puller |
| CN110739813A (en) * | 2019-10-21 | 2020-01-31 | 龚玉卓 | auxiliary assembly for waste motor copper wire recovery |
| CN111030391A (en) * | 2020-01-07 | 2020-04-17 | 建德市丰斯电子有限公司 | Automatic stripping off device of old and useless motor copper line |
| CN111049330A (en) * | 2019-12-13 | 2020-04-21 | 慈溪柏达电子科技有限公司 | Motor stator copper wire recovery unit |
| CN111069244A (en) * | 2019-12-26 | 2020-04-28 | 吴冈泽 | Three-phase motor is retrieved with disassembling machine |
| CN111613434A (en) * | 2020-05-06 | 2020-09-01 | 衢州学院 | Winding clamp for transformer |
| CN112974475A (en) * | 2021-02-08 | 2021-06-18 | 惠州市文诚信息技术有限公司 | Compact type motor stator copper taking equipment |
| CN113300546A (en) * | 2021-05-11 | 2021-08-24 | 陈国秋 | Auxiliary dismounting device for excitation winding of permanent magnet motor |
| CN113894230A (en) * | 2021-11-03 | 2022-01-07 | 泰信电机(苏州)有限公司 | Novel motor wire cutting device |
| KR102383732B1 (en) * | 2021-08-13 | 2022-04-08 | 최원모 | Copper withdrawal device for waste motor |
| CN115070384A (en) * | 2022-06-13 | 2022-09-20 | 中国第一汽车股份有限公司 | Motor stator drawing device |
| IT202200004034A1 (en) * | 2022-03-03 | 2023-09-03 | Andrea Silvan | EXTRACTOR FOR THE EXTRACTION OF COPPER FROM THE REED PACK OF DISCONTINUED ELECTRIC MOTORS, RELATED EXTRACTION PROCEDURE AND EXTRACTION BENCH INCLUDING AN EXTRACTOR AND A SHEAR |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109768673A (en) * | 2019-03-29 | 2019-05-17 | 山东唐口煤业有限公司 | A kind of stator coils of motor pumping line apparatus |
| CN110556981A (en) * | 2019-09-29 | 2019-12-10 | 杭州少君科技有限公司 | Safe and reliable's large-scale old and useless stator copper line demolishs device |
| CN110739813A (en) * | 2019-10-21 | 2020-01-31 | 龚玉卓 | auxiliary assembly for waste motor copper wire recovery |
| CN110611404A (en) * | 2019-10-29 | 2019-12-24 | 张艳 | Waste motor copper wire puller |
| CN111049330B (en) * | 2019-12-13 | 2020-10-23 | 江苏鸿迅机车有限公司 | Motor stator copper wire recovery unit |
| CN111049330A (en) * | 2019-12-13 | 2020-04-21 | 慈溪柏达电子科技有限公司 | Motor stator copper wire recovery unit |
| CN111069244A (en) * | 2019-12-26 | 2020-04-28 | 吴冈泽 | Three-phase motor is retrieved with disassembling machine |
| CN111030391A (en) * | 2020-01-07 | 2020-04-17 | 建德市丰斯电子有限公司 | Automatic stripping off device of old and useless motor copper line |
| CN111613434A (en) * | 2020-05-06 | 2020-09-01 | 衢州学院 | Winding clamp for transformer |
| CN112974475A (en) * | 2021-02-08 | 2021-06-18 | 惠州市文诚信息技术有限公司 | Compact type motor stator copper taking equipment |
| CN113300546A (en) * | 2021-05-11 | 2021-08-24 | 陈国秋 | Auxiliary dismounting device for excitation winding of permanent magnet motor |
| CN113300546B (en) * | 2021-05-11 | 2023-09-01 | 佳木斯电机股份有限公司 | Auxiliary dismounting device for excitation winding of permanent magnet motor |
| KR102383732B1 (en) * | 2021-08-13 | 2022-04-08 | 최원모 | Copper withdrawal device for waste motor |
| CN113894230A (en) * | 2021-11-03 | 2022-01-07 | 泰信电机(苏州)有限公司 | Novel motor wire cutting device |
| IT202200004034A1 (en) * | 2022-03-03 | 2023-09-03 | Andrea Silvan | EXTRACTOR FOR THE EXTRACTION OF COPPER FROM THE REED PACK OF DISCONTINUED ELECTRIC MOTORS, RELATED EXTRACTION PROCEDURE AND EXTRACTION BENCH INCLUDING AN EXTRACTOR AND A SHEAR |
| WO2023165962A1 (en) * | 2022-03-03 | 2023-09-07 | Silvan Andrea | Extractor for the extraction of copper from the lamellar pack of decommissioned electric motors, relative extraction process and extraction bench comprising an extractor and a shear |
| CN115070384A (en) * | 2022-06-13 | 2022-09-20 | 中国第一汽车股份有限公司 | Motor stator drawing device |
| CN115070384B (en) * | 2022-06-13 | 2024-07-26 | 中国第一汽车股份有限公司 | Motor stator drawing device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108494183B (en) | 2019-12-31 |
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