CN108494184A - A kind of device of motor stator winding easy to disassemble - Google Patents
A kind of device of motor stator winding easy to disassemble Download PDFInfo
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- CN108494184A CN108494184A CN201810340813.3A CN201810340813A CN108494184A CN 108494184 A CN108494184 A CN 108494184A CN 201810340813 A CN201810340813 A CN 201810340813A CN 108494184 A CN108494184 A CN 108494184A
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- China
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- riser
- supporting plate
- plate
- horizontal support
- trepanning
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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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- Manufacturing & Machinery (AREA)
- Power Engineering (AREA)
- Manufacture Of Motors, Generators (AREA)
Abstract
A kind of device of motor stator winding easy to disassemble, including lower supporting plate, left riser, right riser, strap, ambulatory splint mechanism, horizontal support plate, upper tie down screw, active pull rod mechanism, movable drawing head mechanism, left riser, right riser lower part is separately mounted to the left and right ends top of lower supporting plate, strap lower part is mounted on lower supporting plate upper left quarter, ambulatory splint mechanism is mounted on lower supporting plate upper right side, two lower ends for putting on tie down screw are separately mounted to left riser, the upper center of right riser, horizontal support plate is mounted on left riser, right riser upper end, active pull rod mechanism is mounted in the middle part of horizontal support plate in trepanning, movable drawing head mechanism upper center is mounted on active pull rod mechanism lower end.The configuration of the present invention is simple is compact, easy to use, at low cost, can be used normally in the place of not power supply, in dismounting, does not need multiple fixed stator, can once dismantle two circle winding copper coils, opposite to improve dismounting speed.
Description
Technical field
The present invention relates to extracting tool field, especially a kind of device of motor stator winding easy to disassemble.
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；Existing stator winding drawing device generally use electronic and manual manipulation mode into
Row operation, it is complex using the stator winding drawing device construction of power supply, it is of high cost, and electric drive is needed, do not having
The place of power supply supply cannot use（Such as waste recovery industry, the individual for being more particularly set on no power supply supply place are useless
Product recycle bin etc. cannot especially use）, therefore using with limitation；Furthermore either electric stator winding drawing equipment
The drawing head of drawing head or existing manual stator winding drawing equipment pulls out the circle winding in the multi-turn winding of stator winding
Afterwards, it needs release stator stationary fixture that will again be fixed after stator rotation certain angle, another circle winding is directed at drawing equipment
Drawing head, then operate drawing head again and pull out another circle winding, and so on, until by whole stator copper windings draw
Go out, need to be fixed stator with fixed mechanism before often pulling out a circle winding due to the drawing head of drawing equipment, operation is extremely
Inconvenience, opposite can not improve working efficiency, and also a kind of mode is exactly the drawing that user constantly adjusts drawing equipment in operation
The position of plug, one circle winding of primary alignment carry out pulling operation, and a timing is required for due to adjusting or fixing drawing head every time
Between, therefore operation is also very inconvenient, and because the speed of adjustment drawing head position is slower, the time of dismantlement work can be caused to prolong
Accidentally.
Invention content
In order to overcome existing electric stator winding draw dial device structure it is complicated, it is of high cost, cannot apply in the confession of no power supply
The place given is dialled after equipment draws out a circle winding every time using being drawn with limitation and electronic, manual stator winding, is needed
Retighten stator, or continuous adjustment drawing equipment drawing head position, thus bring troublesome in poeration, working efficiency is relatively low
The drawbacks of, the present invention provides simple and compact for structure, the stator-winding copper dismounting for being suitable for various diameters uses, and uses
Conveniently, power supply supply is not needed when work, there are two drawing heads for tool, can once draw out two groups of stator copper windings simultaneously,
It often draws after transfering to a circle winding, stator need not be retightened, also need not constantly adjust the drawing head position of drawing equipment, only
Need quick rotation drawing head, it is opposite improve work efficiency speed, it is at low cost, do not need power supply, a kind of side easy to use
Just the device of motor stator winding is dismantled.
The technical solution adopted by the present invention to solve the technical problems is：
A kind of device of motor stator winding easy to disassemble, it is characterised in that including lower supporting plate, left riser, right riser, fixation
Clamping plate, ambulatory splint mechanism, horizontal support plate, upper tie down screw, active pull rod mechanism, movable drawing head mechanism, left riser, the right side are perpendicular
Plate is " П " type, and left riser, right riser lower part are respectively welded at the left and right ends top of lower supporting plate, the right part of lower supporting plate by
Each transverse direction in front to back both ends has one of sliding slot, and strap is " ┌ " type, strap lower weld in lower supporting plate upper left quarter,
Strap is located on the right side of left riser, and ambulatory splint mechanism is mounted on lower supporting plate upper right side, and upper tie down screw has identical two
Set, two lower ends for putting on tie down screw are respectively welded at the upper center of left riser, right riser, the left and right ends point of horizontal support plate
Not there are one U-typed slot, the top of two upper tie down screws is located in the U-typed slot of horizontal support plate left and right ends, passes through
A backing plate is respectively cased on two upper tie down screws, two locking nuts screw in two upper tie down screws respectively, horizontal support plate
Mounted on left riser, right riser upper end, the middle part of horizontal support plate includes there are one having female trepanning, active pull rod mechanism
Rotating disk, upper screw rod, active joint, lower connecting rod, upper screw rod screw in trepanning internal thread in the middle part of horizontal support plate, and rotating disk passes through two
Nut is mounted on the upper end of upper screw rod, and upper screw rod lower end is mounted on active joint upper end, and lower connecting rod upper end is mounted on activity
Connector lower end, movable drawing head mechanism upper center are welded on lower connecting rod lower end, need the stator for dismantling winding to be located at and fix
Between clamping plate and ambulatory splint mechanism.
The lower supporting plate, left riser, right riser, strap, ambulatory splint mechanism, horizontal support plate, upper tie down screw,
Active pull rod mechanism, movable drawing head mechanism are iron and steel material qualities.
The ambulatory splint mechanism includes mobile clamping plate, horizontal connecting tube, bearing, fixed plate, operates setting stick, connection wire rod,
Mobile clamping plate is " ┐ " type, and two respectively have a sliding panel, the sliding panel point of two mobile clamping plates before and after the lower end of mobile clamping plate
Not Wei Yu lower supporting plate right part from front to back in the slot of both ends twice sliding slot, horizontal connecting tube left part is welded on the right side of mobile clamping plate
End middle part, bearing holder (housing, cover) inside the right end of horizontal connecting tube, the top of fixed plate from left to right there are one having female trepanning,
Fixed plate lower end is welded on the right middle upper end of lower supporting plate, and fixed plate is located at the lower end of right riser, and connection wire rod, which screws in, fixes
The left part of the internal thread of plate top trepanning, connection wire rod is mounted in the inner ring of bearing, operates trepanning there are one the middle parts of setting stick,
Operate the right end that setting stick is mounted on connection wire rod by two nuts.
After the ambulatory splint mechanism is mounted on lower supporting plate upper right side, when clockwise turning operation setting stick, connection wire rod
Two sliding panels of the mobile clamping plate through mobile clamping plate lower end can be pushed to be moved downward along the twice sliding slot of lower supporting plate right part, it is mobile
Distance is close between clamping plate and strap, and when counterclockwise turning operation setting stick, connection wire rod can drive mobile clamping plate through movement
Two sliding panels of clamping plate lower end are moved right along the twice sliding slot of lower supporting plate right part, the spacing of mobile clamping plate and strap
From elongation.
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 active pull rod mechanism and work
The side-to-side movement of dynamic drawing head mechanism.
Serration is distributed in end surfaces on the left of the right-hand end of the strap, the mobile clamping plate of ambulatory splint mechanism, prevents
Stator be fixed between strap and the mobile clamping plate of ambulatory splint mechanism after generate movement, stator be fixed on strap and
After between the mobile clamping plate of ambulatory splint mechanism, the upper end outer of stator winding is located at right-hand end lower part and activity on strap
The upper left side end lower part of the mobile clamping plate of clamping plate mechanism, right-hand end on strap, ambulatory splint mechanism mobile clamping plate it is upper
The coil of left-hand end discord stator winding is in contact.
The active joint of the active pull rod mechanism includes perpendicular connecting tube, upper spacer, lower clapboard, has one in the middle part of lower clapboard
A trepanning, upper spacer are welded on middle part in perpendicular connecting tube, and the lower connecting rod upper end of active pull rod mechanism is mounted under active joint
When end, lower connecting rod top 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, under
Partition board is welded on perpendicular connecting tube lower part, and after all components of active joint are installed in place, lower connecting rod can be along trepanning in the middle part of lower clapboard
Free left-right rotation.
The activity drawing head mechanism includes rectangle casing, slip drawing block, spring, the left and right ends top of rectangle casing
Respectively there are square aperture together from left to right, two slip drawing block inner ends to be located in the left and right sides end of rectangle casing
Portion, two slidings draw the outboard ends of shifting blocks respectively there are one tapered protrusion, the cone of two tapered protrusions upward, two slip drawings
Block inner end top is each there are one having female trepanning from top to bottom, and two screw rods are inserted in a washer, two bullets respectively
Spring is respectively fitted over two screw rod lower ends, and two screw rods screw in the internal thread on two slip drawing block inner ends top respectively, activity
The lower connecting rod lower end of drag link mechanism is welded on rectangle casing upper center, after movable all components of drawing head mechanism install,
Under the action of two springs, the inner end top close contact of the upper end and rectangle casing of two slip drawing blocks, no external force
Under effect, two slip drawing blocks will not be along the inner end side-to-side movement of rectangle casing, when distinguishing two spiral shells of left and right adjusting with hand
When bar, two screw rods drive two slip drawing block side-to-side movements respectively.
Present invention has the advantages that：The present invention does not need power supply and can be used, and is highly suitable for the field of no power supply supply
It is used（Such as waste recovery industry, it is more particularly set on the personal salvage station in no power supply supply place）.Before use,
Cutting implement is all used into stator winding one end（Such as manual steel bar scissors）It cuts.In use, needing to dismantle winding coil
Stator be placed between strap and the mobile clamping plate of ambulatory splint mechanism, then clockwise turning operation setting stick, connecting filament
Bar pushes two movable plates of the mobile clamping plate through mobile clamping plate lower end to be moved downward along the twice sliding slot of lower supporting plate right part, mobile
Distance leans on adosculation between clamping plate and strap, and then, stator is by firm grip in strap and ambulatory splint mechanism
Between mobile clamping plate, the nut of upper tie down screw is then unclamped, left and right adjusting horizontal support plate as needed is located at left riser, the right side is erected
The position of plate upper end makes two of movable drawing head mechanism to slide and draws shifting block outboard end tapered protrusion that can just enter in stator
Portion, since the active pull rod mechanism of horizontal support plate and horizontal support plate lower end, movable 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 strap and the mobile clamping plate of ambulatory splint mechanism
Between after, can ensure that two of movable drawing head mechanism slidings draw shifting block outboard end tapered protrusions that can just enter in stator
Portion, the copper coil winding dismounting for facilitating various diameter stators use；In actual use, when the low stator of height is placed on geometrical clamp
When between plate and the mobile clamping plate of ambulatory splint mechanism, upper backup pad can be padded in stator lower end, ensure that stator is fixed on fixation
After between clamping plate and the mobile clamping plate of ambulatory splint mechanism, the upper end outer of stator winding is located at right-hand end lower part on strap
With the upper left side end lower part of the mobile clamping plate of ambulatory splint mechanism, right-hand end on strap, ambulatory splint mechanism mobile folder
The coil of the upper left side end discord stator winding of plate is in contact.After stator fixes, user rotates clockwise active pull rod
The rotating disk of mechanism, then upper screw rod drive activity drawing head mechanism move downward, movable drawing head mechanism enters stator interior
Behind upper end, user slides in and out two screw rods of movable drawing head mechanism along the square aperture of rectangle sleeve upper end, when two
After only the lower end that shifting block tapered protrusion outboard end cone respectively enters the circle copper coil of stator winding left and right ends two is drawn in sliding, use
Person rotates counterclockwise the rotating disk of active pull rod mechanism, and then, upper screw rod drives drive activity drawing head mechanism to move upwards, living
When two slip drawing blocks of dynamic drawing head mechanism move upwards, the cone difference of two slip drawing block tapered protrusion outboard ends
It drives stator winding left and right ends two to enclose copper coil to move upwards, after moving upward to certain position, two groups of copper coils and stator
Ontology detaches, and achievees the purpose that dismounting；It is opposite to improve dismounting speed due to can once dismantle two circle copper coils.It has dismantled
After two circle copper coils, the rotating disk of operant activity drag link mechanism, makes two slip drawing blocks of movable drawing head mechanism again again
The secondary centre into stator can reach left rotation and right rotation activity drawing by rotating left and right the active joint of active pull rod mechanism with hand
The purpose in two slip drawing block orientation of plug mechanism ensure that shifting block tapered protrusion outboard end cone energy side is drawn in two slidings
Just the lower end of the other two circles copper coil of stator winding is respectively enterd, then, user rotates counterclockwise active pull rod mechanism again
Rotating disk, upper screw rod drives drive activity drawing head mechanism to move upwards, two slip drawing blocks of movable drawing head mechanism
When moving upwards, the cones of two slip drawing block tapered protrusion outboard ends drive respectively the other two circle copper coil of stator winding to
Upper movement, after moving upward to certain position, in addition two circle copper coils and stator body separation, have achieved the purpose that dismounting；It is logical
Cross it is above stator winding whole copper coil can be dismantled, and after fixing a stator, need not frequent multiple fixed stator,
It is opposite to improve dismounting speed.The configuration of the present invention is simple is compact, easy to use, at low cost, also can be just in the place of not power supply
It is often used, in dismounting, does not need multiple fixed stator, can once dismantle two circle winding copper coils, it is opposite to improve dismounting speed
Degree, 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 whole structural schematic diagram of the invention.
Fig. 2 is the structural schematic diagram of active pull rod mechanism of the present invention.
Specific implementation mode
Fig. 1, shown in 2, a kind of device of motor stator winding easy to disassemble, including lower supporting plate 1, left riser 2, right perpendicular
Plate 3, strap 4, ambulatory splint mechanism 5, horizontal support plate 6, upper tie down screw 7, active pull rod mechanism 8, movable drawing head machine
Structure 9, left riser 2, right riser 3 are " П " type, and left riser 2,3 lower part of right riser are respectively welded at the left and right ends of lower supporting plate 1
Top, each transverse direction in both ends has one of sliding slot 1-1, strap 4 from front to back is " ┌ " type, geometrical clamp for the right part of lower supporting plate 1
For 4 lower weld of plate in 1 upper left quarter of lower supporting plate, strap 4 is located at 2 right side of left riser, and ambulatory splint mechanism 5 is mounted on lower branch
1 upper right side of fagging, upper tie down screw 7 have identical two sets, and two lower ends for putting on tie down screw 7 are respectively welded at left riser 2, the right side
The upper center of riser 3, there are one U-typed slot 6-1, the tops of two upper tie down screws 7 respectively for the left and right ends of horizontal support plate 6
It is located in the U-typed slot 6-1 of horizontal support plate left and right ends, by being respectively cased with a backing plate 7-1 on two upper tie down screws,
Two locking nut 7-2 screw in two upper tie down screws 7 respectively, and horizontal support plate 6 is mounted on left riser 2,3 upper end of right riser,
The middle part of horizontal support plate there are one having a female trepanning 6-2, active pull rod mechanism 8 include rotating disk 8-1, upper screw rod 8-2,
Active joint 8-3, lower connecting rod 8-4, upper screw rod 8-2 screw in trepanning 6-2 internal threads in the middle part of horizontal support plate, the lower ends rotating disk 8-1
Middle part is mounted on the upper end of upper screw rod 8-2 by two nuts, and the lower ends upper screw rod 8-2 are mounted on the upper ends active joint 8-3, lower company
The upper ends extension bar 8-4 are mounted on the lower ends active joint 8-3, and movable 9 upper center of drawing head mechanism is welded under lower connecting rod 8-4
End needs the stator 10 for dismantling winding between strap 4 and ambulatory splint mechanism 5.
Fig. 1, shown in 2, lower supporting plate 1, left riser 2, right riser 3, strap 4, ambulatory splint mechanism 5, horizontal support
Plate 6, upper tie down screw 7, active pull rod mechanism 8, movable drawing head mechanism 9 are iron and steel material qualities.Ambulatory splint mechanism 5 includes movement
Clamping plate 5-1, horizontal connecting tube 5-2, bearing 5-3, fixed plate 5-4, operation setting stick 5-5, connection wire rod 5-6, mobile clamping plate 5-1 are
" ┐ " type, two respectively have a sliding panel 5-7, the sliding panel 5-7 of two mobile clamping plates to distinguish before and after the lower end of mobile clamping plate 5-1
In 1 right part of the lower supporting plate from front to back slot of both ends twice sliding slot 1-1, horizontal connecting tube 5-2 left parts are welded on mobile clamping plate
In the middle part of the right-hand end of 5-1, bearing 5-3 is sleeved on inside the right end of horizontal connecting tube 5-2, and the top of fixed plate 5-4 has one from left to right
A female trepanning of tool, the lower ends fixed plate 5-4 are welded on the right middle upper end of lower supporting plate 1, and fixed plate 5-4 is located at right perpendicular
The lower end of plate 2, connection wire rod 5-6 screw in the internal thread of fixed plate 5-4 top trepannings, and the left part of connection wire rod 5-6 is mounted on axis
It holds in the inner ring of 5-3, there are one trepanning, operation setting stick 5-5 is mounted on connecting filament by two nuts at the middle part of operation setting stick 5-5
The right end of bar 5-6.After ambulatory splint mechanism 5 is mounted on 1 upper right side of lower supporting plate, when clockwise turning operation setting stick 5-5, connection
Lead screw 5-6 can push two sliding panel 5-7s of the mobile clamping plate 5-1 through mobile clamping plate lower end along the twice sliding slot of lower supporting plate right part
1-1 is moved downward, and distance is close between mobile clamping plate 5-1 and strap 4, when counterclockwise turning operation setting stick 5-5, connecting filament
Bar 5-6 can drive two sliding panel 5-7s of the mobile clamping plate 5-1 through mobile clamping plate lower end along the twice sliding slot 1- of lower supporting plate right part
1 moves right, and distance is elongated between mobile clamping plate 5-1 and strap 4.Horizontal support plate 6 is on left riser 2, right riser 3
Behind end, after unscrewing two locking nut 7-2, the U-typed slot 6-1 of 6 left and right ends of horizontal support plate can be respectively along two upper locking screws
7 side-to-side movement of bar, horizontal support plate 6 can drive 9 side-to-side movement of active pull rod mechanism 8 and movable drawing head mechanism.
Fig. 1, shown in 2, end surfaces distribution on the left of the right-hand end of strap 4, the mobile clamping plate 5-1 of ambulatory splint mechanism
There is serration, movement is generated after preventing stator 10 to be fixed between strap 4 and the mobile clamping plate 5-1 of ambulatory splint mechanism, it is fixed
After son 10 is fixed between strap 4 and the mobile clamping plate 5-1 of ambulatory splint mechanism, the upper end outer position of stator winding 10-1
Upper left side end lower part in right-hand end lower part on strap 4 and the mobile clamping plate 5-1 of ambulatory splint mechanism, on strap 4
Right-hand end, ambulatory splint mechanism mobile clamping plate 5-1 upper left side end discord stator winding coil 10-1 be in contact.Activity
The active joint 8-3 of drag link mechanism includes perpendicular connecting tube 8-5, upper spacer 8-6, lower clapboard 8-7, has one in the middle part of lower clapboard 8-7
A trepanning, upper spacer 8-6 are welded on middle part on perpendicular connecting tube 8-5, and the upper ends lower connecting rod 8-4 are mounted on the lower ends active joint 8-3
When, the tops lower connecting rod 8-4 are pierced by from the bottom to top from trepanning in the middle part of lower clapboard 8-7, and the upper ends lower connecting rod 8-4 are welded with a limit
Position circle 8-8, lower clapboard 8-7 is welded on the lower parts perpendicular connecting tube 8-5, after all components of active joint 8-3 are installed in place, lower connecting rod
8-4 can be along the middle parts the lower clapboard 8-7 free left-right rotation of trepanning.Movable drawing head mechanism 9 includes rectangle casing 9-1, slip drawing
Square aperture 9-4 together from left to right, two slidings are respectively arranged at block 9-2, spring 9-3, the left and right ends top of rectangle casing 9-1
The inner ends drawing block 9-2 are located inside the left and right sides end of rectangle casing 9-1, and two slidings draw the outboard end of shifting block respectively to have
One tapered protrusion 9-5, upward, two slip drawing inner ends block 9-2 top is from top to bottom for the cone of two tapered protrusion 9-5
Has female trepanning there are one each, two screw rod 9-6 are inserted in a washer respectively, and two spring 9-3 are respectively fitted over two
Screw rod lower end, two screw rod 9-6 screw in the internal thread on two slip drawing inner ends block 9-2 top, active pull rod mechanism 8 respectively
The lower ends lower connecting rod 8-4 be welded on rectangle casing 9-1 upper centers, after 9 all components of movable drawing head mechanism install,
Under the action of two spring 9-3, the inner end top close contact of the upper end and rectangle casing 9-1 of two slip drawing block 9-2,
Without under outer force effect, two slip drawing block 9-2 will not be along the inner end side-to-side movement of rectangle casing 9-1, when left respectively with hand
When two screw rod 9-6 of right adjusting, two screw rod 9-6 drive two slip drawing block 9-2 side-to-side movements respectively.
Fig. 1, shown in 2, the present invention does not need power supply and can be used, and the place for being highly suitable for no power supply supply uses
（Such as waste recovery industry, it is more particularly set on the personal salvage station in no power supply supply place）.Before use, by stator
All use cutting implement in 10 one end winding 10-1（Such as manual steel bar scissors）It cuts.In use, needing to dismantle winding wire
The stator 10 of circle is placed between strap 4 and the 5-1 of the mobile clamping plate of ambulatory splint mechanism, then rotates clockwise activity with hand
The connection wire rod 5-6 of the operation setting stick 5-5 of clamping plate mechanism, ambulatory splint mechanism push mobile clamping plate 5-1 through mobile clamping plate lower end
Two sliding panel 5-7 moved downward along the twice sliding slot 1-1 of lower supporting plate right part, between mobile clamping plate 5-1 and strap 4
Distance lean on adosculation, then, stator 10 by firm grip between strap 4 and the mobile clamping plate 5-1 of ambulatory splint mechanism,
Then the nut 7-2 for unclamping upper tie down screw 7, is located at left riser 2, right riser 3 with hand left and right adjusting horizontal support plate 6 as needed
The position of upper end makes two of movable drawing head mechanism to slide and draws shifting block outboard end tapered protrusion 9-5 that can just enter stator
Middle part, since the active pull rod mechanism 8 of horizontal support plate 6 and horizontal support plate lower end, movable drawing head mechanism 9 can be along left risers
2,3 upper end of right riser moves left and right, that is, no matter the great stator of diameter 10 is fixed on strap 4 and ambulatory splint mechanism
Mobile clamping plate 5-1 between after, can ensure that shifting block outboard end tapered protrusion 9-5 are drawn in two of movable drawing head mechanism 9 slidings
The middle part that stator 10 can just be entered, the copper coil winding dismounting for facilitating various diameter stators 10 use.In actual use, when
It, can be in 10 lower end of stator when highly low stator 10 is placed between strap 4 and the mobile clamping plate 5-1 of ambulatory splint mechanism
Pad upper backup pad, after ensureing that stator 10 is fixed between strap 4 and the mobile clamping plate 5-1 of ambulatory splint mechanism, stator around
The upper end outer of group 10-1 is located at the upper left side of the mobile clamping plate 5-1 of right-hand end lower part and ambulatory splint mechanism on strap 4
Hold lower part, right-hand end on strap 4, ambulatory splint mechanism mobile clamping plate 5-1 upper left side end discord stator winding 10-1
Coil be in contact.After stator 10 fixes, user rotates clockwise the rotating disk 8-1 of active pull rod mechanism with hand, in
It is that the upper screw rod 8-2 drive activity drawing heads mechanism 9 of active pull rod mechanism moves downward, movable drawing head mechanism 9 enters stator
After 10 inner upper ends, user two screw rod 9-6 of movable drawing head mechanism along rectangle sleeve upper end square aperture 9-4 to
Outer sliding is drawn shifting block tapered protrusion 9-5 outboard end cones to respectively enter the left and right ends stator winding 10-1 two and is enclosed when two slidings
Behind the lower end of copper coil（Due to, two slidings draw shifting block tapered protrusion 9-5 outboard end cones to be in and are inclined outwardly state, this moment,
Two circle copper coils are entirely located on two cones, and when two slidings draw shifting block to be moved on 9-2, shifting block taper is drawn in two slidings
Raised 9-5 outboard ends cone can effectively all upwards pull out two circle copper coils）, user rotates counterclockwise active pull rod with hand
The rotating disk 8-1 of mechanism, then, the upper screw rod 8-2 of active pull rod mechanism drive drive activity drawing head mechanism 9 to move upwards,
When two slip drawing block 9-2 of movable drawing head mechanism 9 are moved upwards, two slip drawing block tapered protrusion 9-5 outboard ends
Cone drive respectively the left and right ends stator winding 10-1 two enclose copper coil move upwards, after moving upward to certain position, two
Group copper coil and the separation of 10 ontology of stator, achieve the purpose that dismantle winding coil from stator（The upper screw rod of active pull rod mechanism
8-2 is rotated, when two slip drawing block 9-2 are moved upwards, two lower connecting rods of the slip drawing block 9-2 through active pull rod mechanism
8-4 trepannings in the middle part of active joint 8-3 lower clapboards 8-7 are freely rotated, this ensure that two slip drawing block 9-2 are moved upwards
When, itself does not rotate）；It is opposite to improve dismounting speed due to can once dismantle two circle copper coils.Two circle copper are dismantled
After coil, user with the rotating disk 8-1 of hand operant activity drag link mechanism clockwise, makes two of movable drawing head mechanism again
Slip drawing block 9-2 is again introduced into the centre of stator 10, by rotating left and right the active joint 8-3 of active pull rod mechanism with hand,
Then, active joint 8-3 rotates, and two slip drawing block 9-2 of movable drawing head mechanism left-right rotation therewith reaches left
The purpose in two orientation slip drawing block 9-2 of right rotation activity drawing head mechanism ensure that two slidings draw shifting block taper convex
The lower end of the other two circles copper coils of stator winding 10-1 can conveniently be respectively enterd by playing 9-5 outboard ends cone, and then, user is again
The rotating disk 8-1 of active pull rod mechanism is rotated counterclockwise with hand, then, the upper screw rod 8-2 of active pull rod mechanism, which drives, to live
Dynamic drawing head mechanism 9 moves upwards, and when two slip drawing block 9-2 of movable drawing head mechanism 9 are moved upwards, two slidings are drawn
The cone of pulling block tapered protrusion 9-5 outboard ends drives the other two circles copper coils of stator winding 10-1 to move upwards respectively, transports upwards
After moving certain position, in addition two circle copper coils and the separation of 10 ontology of stator, reach the mesh for dismantling other two groups of winding copper coils
's；And so on, it can be under the premise of not rotating stator 10, the mesh of all winding coils dismounting on stator winding 10-1
, in entire process, after fixing a stator 10, need not frequent multiple fixed stator 10, it is opposite to improve dismounting speed.This
Inventive structure simple and compact, it is easy to use, at low cost, it can be used normally in the place of not power supply, it, need not be more in dismounting
Secondary fixed stator 10 can once dismantle winding two and enclose copper coil, 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 motor stator winding easy to disassemble, it is characterised in that including lower supporting plate, left riser, right riser, consolidate
Clamp plate, ambulatory splint mechanism, horizontal support plate, upper tie down screw, active pull rod mechanism, movable drawing head mechanism, left riser, the right side
Riser is " П " type, and left riser, right riser lower part are separately mounted to the left and right ends top of lower supporting plate, the right part of lower supporting plate
Each transverse direction in both ends has one of sliding slot, strap lower part to be mounted on lower supporting plate upper left quarter, ambulatory splint mechanism peace from front to back
Mounted in lower supporting plate upper right side, two lower ends for putting on tie down screw are separately mounted to the upper center of left riser, right riser, horizontal branch
Respectively there are one U-typed slot, the top of two upper tie down screws is located at horizontal support plate left and right ends for the left and right ends of fagging
U-typed slot in, horizontal support plate is mounted on left riser, right riser upper end, and the middle part of horizontal support plate is female there are one having
Trepanning, active pull rod mechanism include rotating disk, upper screw rod, active joint, lower connecting rod, and upper screw rod is screwed in the middle part of horizontal support plate and opened
Hole internal thread, rotating disk are mounted on the upper end of upper screw rod, and upper screw rod lower end is mounted on active joint upper end, lower connecting rod upper end peace
Mounted in active joint lower end, movable drawing head mechanism upper center is mounted on lower connecting rod lower end, needs the stator for dismantling winding
Between strap and ambulatory splint mechanism.
2. a kind of device of motor stator winding easy to disassemble according to claim 1, it is characterised in that ambulatory splint machine
Structure includes moving clamping plate, horizontal connecting tube, bearing, fixed plate, operation setting stick, connection wire rod, two before and after the lower end of mobile clamping plate
Respectively there is a sliding panel, the sliding panels of two mobile clamping plates is located at lower supporting plate right part both ends twice sliding slot from front to back
In slot, horizontal connecting tube left part is mounted in the middle part of the right-hand end of mobile clamping plate, and bearing holder (housing, cover) is inside the right end of horizontal connecting tube, fixed plate
Top from left to right there are one having female trepanning, fixed plate lower end is mounted on the right middle upper end of lower supporting plate, even
The internal thread that lead screw screws in fixed plate top trepanning is connect, the left part of connection wire rod is mounted in the inner ring of bearing, operation setting stick peace
Mounted in the right end of connection wire rod.
3. a kind of device of motor stator winding easy to disassemble according to claim 2, it is characterised in that strap
Right-hand end, ambulatory splint mechanism mobile clamping plate on the left of end surfaces serration is distributed with.
4. a kind of device of motor stator winding easy to disassemble according to claim 1, it is characterised in that active pull 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, when the lower connecting rod upper end of active pull rod mechanism is mounted on active joint lower end, lower connecting rod top is under
Trepanning is pierced by from the bottom to top in the middle part of partition board, and lower connecting rod upper end is equipped with a spacing collar, and lower clapboard is mounted under perpendicular connecting tube
Portion, lower connecting rod can be along the free left-right rotations of trepanning in the middle part of lower clapboard.
5. a kind of device of motor stator winding easy to disassemble according to claim 1, it is characterised in that movable drawing head
Mechanism includes rectangle casing, slip drawing block, spring, and from left to right rectangular together is respectively arranged at the left and right ends top of rectangle casing
Opening, two slip drawing block inner ends are located inside the left and right sides end of rectangle casing, and the outer of shifting block is drawn in two slidings
Respectively there are one tapered protrusions for side, and upward, two slip drawing block inner ends top is from top to bottom for the cone of two tapered protrusions
Has female trepanning there are one each, two screw rods are inserted in a washer respectively, and two springs are respectively fitted under two screw rods
End, two screw rods screw in the internal thread on two slip drawing block inner ends top respectively, under the lower connecting rod of active pull rod mechanism
End is mounted on rectangle casing upper center.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810340813.3A CN108494184B (en) | 2018-04-17 | 2018-04-17 | Device convenient for dismounting motor stator winding |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810340813.3A CN108494184B (en) | 2018-04-17 | 2018-04-17 | Device convenient for dismounting motor stator winding |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108494184A true CN108494184A (en) | 2018-09-04 |
| CN108494184B CN108494184B (en) | 2019-12-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810340813.3A Expired - Fee Related CN108494184B (en) | 2018-04-17 | 2018-04-17 | Device convenient for dismounting motor stator winding |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108494184B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112677080A (en) * | 2020-12-24 | 2021-04-20 | 阿尔帕动力科技江苏有限公司 | Special tool for motor maintenance |
| JP2021112110A (en) * | 2020-01-07 | 2021-08-02 | 朱暁鳳 | Removal device for removing copper wire of motor rotor |
| CN115070384A (en) * | 2022-06-13 | 2022-09-20 | 中国第一汽车股份有限公司 | Motor stator drawing device |
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| CN206440548U (en) * | 2017-01-22 | 2017-08-25 | 陈秋任 | Novel power cable experimental rig |
| CN107104563A (en) * | 2017-06-23 | 2017-08-29 | 长沙无道工业设计有限公司 | A kind of voltage plastic package motor rotor enters axle and moves back axle dual-purpose apparatus |
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| CN203434822U (en) * | 2013-07-19 | 2014-02-12 | 常州新区金康精工机械有限公司 | Lifter mechanism |
| CN106357059A (en) * | 2015-02-13 | 2017-01-25 | 合肥工业大学 | Motor stator winding enamelled wire and iron core separating method |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2021112110A (en) * | 2020-01-07 | 2021-08-02 | 朱暁鳳 | Removal device for removing copper wire of motor rotor |
| CN112677080A (en) * | 2020-12-24 | 2021-04-20 | 阿尔帕动力科技江苏有限公司 | Special tool for motor maintenance |
| CN115070384A (en) * | 2022-06-13 | 2022-09-20 | 中国第一汽车股份有限公司 | Motor stator drawing device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108494184B (en) | 2019-12-31 |
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Granted publication date: 20191231 |