CN208386375U - A kind of stator winding device - Google Patents
A kind of stator winding device Download PDFInfo
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- CN208386375U CN208386375U CN201821186002.4U CN201821186002U CN208386375U CN 208386375 U CN208386375 U CN 208386375U CN 201821186002 U CN201821186002 U CN 201821186002U CN 208386375 U CN208386375 U CN 208386375U
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- Prior art keywords
- stator
- fixture
- stator core
- electromagnetic wire
- coiling
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- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical group [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 8
- 238000009434 installation Methods 0.000 claims 1
- 238000003825 pressing Methods 0.000 abstract description 12
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Abstract
The utility model discloses a kind of stator winding devices, including for conveying electromagnetic wire conveying mechanism, coiling when for will stator core carry out positioning fixture and be used for by electromagnetic wire cut clipper, conveying mechanism is installed on the support frame, fixture and clipper are installed on the workbench, support frame is connect with workbench, and conveying mechanism is connect by electromagnetic wire with fixture.Fixture further includes stator die holder, can carry out coiling to multiple stator cores simultaneously using the fixture.Conveying mechanism is for conveying electromagnetic wire, fixture is for clamping stator core, driving motor drives fixture rotation to carry out coiling, the circle number of stator core coiling can accurately be controlled by controlling the revolution of driving motor, avoided manually coiling winding tightness and be difficult to control, winding turns are easy error problem, conveying mechanism can tense electromagnetic wire with fixture cooperation, the uniformity and consistency that ensure that electromagnetic wire pressing force, can not only improve production efficiency, moreover it is possible to improve product quality.
Description
Technical field
The utility model belongs to the auxiliary device used when technical field of motor manufacture, in particular to motor manufacturing, specifically
It is related to a kind of stator winding device.
Background technique
At present in the production of motor stator, a most important step is coiling, the stator of low-power machine concentratred winding
It is all made of splicing structure, after inlaying upper skeleton on stator core, when carrying out manually coiling manual control pressing force
It is easy to appear the situation that pressing force is uneven or pressing force is not in place.Manually winding efficiency is low, and winds tightness not
Easy to control, defect rate is higher, causes the waste of product raw material, virtually increases production cost.Inventor, which is based on production, to be needed
It asks, invents a kind of device for stator winding from production reality to replace manually coiling.
Utility model content
For the deficiencies in the prior art, the purpose of this utility model is to provide a kind of stator winding devices, should
Stator winding device can replace traditional manually coiling, can not only improve production efficiency, moreover it is possible to guarantee the consistent of product
Property, to improve product quality.
To achieve the above object, the technical solution of the utility model are as follows: a kind of stator winding device, including for conveying electricity
The clipper when conveying mechanism of magnet-wire, coiling for carrying out positioning fixture and being used to cut in electromagnetic wire stator core, it is described
Conveying mechanism is installed on the support frame, and the fixture and clipper are installed on the workbench, and support frame is connect with workbench, conveyer
Structure is connect by electromagnetic wire with fixture.
Further, the conveying mechanism includes pulley blocks, guide wheel group and tensioning wheel, and the pulley blocks are arranged in support frame
On support plate on, in guide wheel group setting supporting beam on the support frame, support plate and supporting beam are in Z-shaped structure, support plate
In the top of supporting beam, tensioning wheel connection is on the supporting plate and positioned at the top of guide wheel group.
Further, the pulley blocks include pulley I and pulley II, and the guide wheel group includes guide wheel I and guide wheel II, described
Tensioning wheel is arranged between guide wheel I and guide wheel II.
Further, the conveying mechanism further includes tensioner arm and adjutage, and the tensioning wheel is connected to the one of adjutage
End, and tensioning wheel is freely rotated, and the other end of adjutage and one end of tensioner arm connect, the other end of tensioner arm by spring with
Flange connection on the supporting plate is set, and tensioner arm is connected on the supporting plate by pin shaft, and tensioner arm is rotated around pin shaft.
Further, the fixture includes main clamp holder, sub-folder seat and the driving motor for driving main clamp holder to rotate, driving
Motor is installed on the workbench, and main clamp holder passes through the output axis connection of main shaft and driving motor, and sub-folder seat is connected to by countershaft
On workbench, sub-folder seat is rotated around countershaft.
Further, the main clamp holder is equipped with the groove I matched with the protrusion of stator core bigger diameter end, the sub-folder
Seat is equipped with the protrusion I matched with the recess portion of stator core miner diameter end.
Further, the fixture further includes stator die holder, and the stator die holder is arranged between main clamp holder and sub-folder seat,
The stator core being arranged between main clamp holder and sub-folder seat and stator die holder are stepped up clamp mechanism by main clamp holder and the formation of sub-folder seat,
Driving motor drives main clamp holder rotation, and main clamp holder drives stator die holder, stator core and the rotation of sub-folder seat.
Further, the one side of the stator die holder is equipped with the groove II matched with the protrusion of stator core bigger diameter end,
The another side of the stator die holder is equipped with the protrusion II matched with the recess portion of stator core miner diameter end.
Further, it is additionally provided on the stator die holder when single stator core coiling is completed for hanging up enameled wire
Positioning pin, the positioning pin are fixedly connected on the end of stator die holder one end.
Further, the electromagnetic wire sequentially passes through pulley blocks, tensioning wheel and guide wheel group arrival fixture and is wrapped in and pressed from both sides
Tightly on the stator core on fixture, driving motor drives fixture rotation and starts to stator core coiling, the stator iron on fixture
Core coiling is completed, and driving motor is automatically stopped, is cut electromagnetic wire using clipper.
The advantages of using technical solutions of the utility model are as follows:
1. the conveying mechanism in the utility model, for conveying electromagnetic wire, fixture is for clamping stator core, driving electricity
Machine drives fixture rotation to carry out coiling, and the circle number of stator core coiling can accurately be controlled by controlling the revolution of driving motor
System avoids manually coiling winding tightness and is difficult to control, and winding turns are easy to malfunction, the higher problem of defect rate,
Conveying mechanism can tense electromagnetic wire with fixture cooperation, ensure that the uniformity and consistency of electromagnetic wire pressing force, not only
Production efficiency can be improved, moreover it is possible to improve product quality.
2. the utility model is the uniformity for guaranteeing electromagnetic wire tensile force, by tensioning wheel setting guide wheel I and guide wheel II it
Between middle position；The groove for preventing electromagnetic wire is equipped on pulley I, pulley II, guide wheel I, guide wheel II and tensioning wheel.It is sliding
Wheel I, pulley II, guide wheel I, guide wheel II and tensioning wheel are free to rotate, reduce frictional force when they are contacted with electromagnetic wire, from
And reduce the abrasion to electromagnetic wire.
3. during the utility model is to stator core coiling, electromagnetic wire bundle realizes the tension to 4 head of electromagnetic wire, electricity
Magnet-wire is wrapped in the tension realized on the stator core on fixture to electromagnetic wire tail portion, and intermediate electromagnetic wire forms two V-shape knots
Structure, such structure can guarantee that electromagnetic wire is constantly in tensioning state, guarantee that electromagnetic wire has when carrying out coiling to stator core
Enough pressing forces and pressing force uniformity, avoiding electromagnetism line relaxation causes pressing force when to stator core coiling inadequate；
It can also avoid occurring electromagnetic wire during to stator core coiling jumping, slide from pulley blocks, tensioning wheel, guide wheel group
The phenomenon that, to improve the quality to stator core coiling.
4. the shape of the utility model main clamp holder and sub-folder seat and the contact surface of stator core contact position is according to stator core
The shape of upper contact surface is designed, it is ensured that when stator core, which is placed on, to be rotated with it in main clamp holder and sub-folder seat, stator
Iron core will not play, guarantee that stator core is stably mounted in main clamp holder and sub-folder seat, improve the quality of stator winding.
5. using the utility model fixture to stator core carry out coiling when, can simultaneously to multiple stator cores into
Row coiling places multiple stator die holders between main clamp holder and sub-folder seat, installs stator core on stator die holder, use master
Holder and sub-folder seat are stepped up.In coiling to the gradually coiling of the stator core on fixture, and the stator core that line will be wound
Enameled wire hang up on positioning pin, the enameled wire between stator core is not cut, the coiling on multiple stator cores be connection
, i.e. phase stator core only one the end of a thread greatly reduces the generation of rosin joint phenomenon.
Detailed description of the invention
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments:
Fig. 1 is the overall structure diagram of the utility model stator winding device.
Fig. 2 is the structural schematic diagram of the utility model fixture.
Fig. 3 is the structural schematic diagram of II side of the utility model stator die holder upper groove.
The structural schematic diagram of II side of Fig. 4 the utility model stator die holder upper convex portion.
Label in above-mentioned figure is respectively as follows: 1, conveying mechanism；11, pulley blocks；111, pulley I；112, pulley II；12, it leads
Wheel group；121, guide wheel I；122, guide wheel II；13 tensioning wheels；14, tensioner arm；15, adjutage；16, spring；17, pin shaft；2, it presss from both sides
Tool；21, main clamp holder；211, groove I；22, sub-folder seat；221, protrusion I；23, driving motor；24, main shaft；25, countershaft；3, it cuts
Tool；4, electromagnetic wire；5, support frame；51, support plate；52, supporting beam；7, stator core；71, raised；72, recess portion；8, workbench；
9, stator die holder；91, groove II；92, protrusion II；93, positioning pin.
Specific embodiment
In the present invention, it is to be understood that term " length ", " width ", "upper", "lower", "front", "rear",
"left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside", " clockwise ", " counterclockwise ", " axial direction ", " radial direction ",
The orientation or positional relationship of instructions such as " circumferential directions " is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description originally
Utility model and simplified description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific
Orientation construction and operation, therefore should not be understood as limiting the present invention.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, a kind of stator winding device, including the conveying mechanism for conveying electromagnetic wire 4
1, the clipper 3 when coiling for carrying out positioning fixture 2 and being used to cut in electromagnetic wire 4 stator core 7, conveying mechanism 1 are installed
On support frame 5, fixture 2 and clipper 3 are mounted on workbench 8, and support frame 5 is connect with workbench 8, and conveying mechanism 1 passes through electricity
Magnet-wire 4 is connect with fixture 2.Manually coiling is replaced using mechanical mechanism, production efficiency can not only be improved, moreover it is possible to guarantee product
Consistency, to improve product quality.
Conveying mechanism 1 includes pulley blocks 11, guide wheel group 12 and tensioning wheel 13, and the branch on support frame 5 is arranged in pulley blocks 11
On fagging 51, guide wheel group 12 is arranged in the supporting beam 52 on support frame 5, and support plate 51 and supporting beam 52 are in Z-shaped structure,
For support plate 51 in the top of supporting beam 52, tensioning wheel 13 is connected to the top in support plate 51 and being located at guide wheel group 12.Support frame 5
Design be that electromagnetic wire can be better achieved for the ease of pulley blocks 11, the arrangement of guide wheel group 12 and tensioning wheel 131 spatially
The function of conveying device.
Pulley blocks 11 include pulley I 111 and pulley II 112, and guide wheel group 12 includes guide wheel I 121 and guide wheel II 122, tensioning
Wheel 13 is arranged between guide wheel I 121 and guide wheel II 122, pulley I 111, pulley II 112, guide wheel I 121, guide wheel II 122 and tensioning
The groove for preventing electromagnetic wire 4 is equipped on wheel 13.Pulley I 111, pulley II 112, guide wheel I 121, guide wheel II 122 and
Bearing up pulley 13 is free to rotate, reduces frictional force when they are contacted with electromagnetic wire 4, to reduce the abrasion to electromagnetic wire 4.Electricity
Magnet-wire 4 sequentially passes through pulley I 111, pulley II 112, guide wheel I 121, tensioning wheel 13 and guide wheel II 122 and reaches fixture 2 and be wrapped in
It is clamped on the stator core 7 on fixture 2.
Conveying mechanism 1 further includes tensioner arm 14 and adjutage 15, and tensioning wheel 13 is connected to one end of adjutage 15, and is tensioned
Wheel 13 is freely rotated, and the other end of adjutage 15 is connect with one end of tensioner arm 14, and the other end of tensioner arm 14 passes through spring 16
It is connect with the flange 511 being arranged in support plate 51, tensioner arm 14 is connected in support plate 51 by pin shaft 17, and tensioner arm
14 rotate around pin shaft 17.The top of guide wheel group 12 is arranged in tensioning wheel 14, for the uniformity for guaranteeing 4 tensile force of electromagnetic wire, will open
The middle position between guide wheel I 121 and guide wheel II 122 is arranged in bearing up pulley 12.When conveying mechanism 1 does not work, spring 16 is in
Original state, spring 16 and tensioner arm 14, adjutage 15, tensioning wheel 13 are in equilbrium position, when determining to being sandwiched on fixture 2
When sub- 7 coiling of iron core, electromagnetic wire 4 pulls downward on tensioning wheel 13, and tensioner arm 14 turns clockwise under the drive of adjutage 15 at this time
Dynamic, spring 16 is stretched, and when 7 coiling of stator core is completed, when being cut electromagnetic wire with clipper 3, the retraction of spring 16 drives tensioning
Arm 14, adjutage 15, tensioning wheel 13 return to original state.
Fixture 2 includes main clamp holder 21, sub-folder seat 22 and the driving motor 23 for driving main clamp holder 21 to rotate, driving motor
23 are mounted on workbench 8, and main clamp holder 21 passes through the output axis connection of main shaft 24 and driving motor 23, and sub-folder seat 22 passes through countershaft
25 are connected on workbench 8, and sub-folder seat 22 is rotated around countershaft 25.Main clamp holder 21 is equipped with the protrusion with 7 bigger diameter end of stator core
71 groove Is 211 matched, sub-folder seat 22 are equipped with the protrusion I 221 matched with the recess portion 72 of 7 miner diameter end of stator core.
The model Z4BLD40 of the driving motor used in the present invention, is of course not solely limited to the motor of this model, can be according to reality
Border needs to select other models.
Main clamp holder 21 and sub-folder seat 22 are formed to clamp mechanism, and main clamp holder 21 drives sub-folder seat 22 to rotate, and stator core 7 is in master
Between holder 21 and sub-folder seat 22, follows the rotation of main clamp holder 21 and sub-folder seat 22 and rotate.One end of main shaft 24 and driving electricity
The other end of the output axis connection of machine 23, main shaft 24 is connect with main clamp holder 21, and main clamp holder 21 is rotated with main shaft 5, driving motor
23 are fixedly connected on workbench 8, according to the circle number that stator core needs the circle number setting driving motor 23 of coiling to rotate, work as drive
After the revolution that dynamic motor 23 rotates reaches the circle number of setting, driving motor 23 is automatically stopped rotation；Another way is to work
The counter counted for the revolution to driving motor 23 is set on platform 8, and counter is connect with driving motor 23, is counted
Device, driving motor 23 are connected and are connected between power supply three, need the circle number of coiling to be arranged on counter stator core, when
When the revolution that driving motor 23 rotates reaches the circle number set on counter, counter is disconnected, and driving motor 23 stops operating.?
I 75- II of model 75- of the counter used in the utility model, is of course not solely limited to the counter of this model, can basis
Actual needs selects other models.
The shape root of main clamp holder 21 and sub-folder seat 22 and the contact surface of 7 contact position of stator core in the fixture of the stator winding
It is designed according to the shape of contact surface on stator core 7, it is ensured that when stator core 7 is placed in main clamp holder 21 and sub-folder seat 22
When rotating with it, stator core 7 will not play, guarantee stator core 7 be stably mounted in main clamp holder 21 and sub-folder seat 22, mention
The quality of high stator winding.In addition, the circle number of 7 coiling of stator core can be carried out accurately by controlling the revolution of driving motor 23
Control is easy the problem of malfunctioning when avoiding manually coiling；And it can also be protected by the rotation progress coiling of driving motor 23
Demonstrate,prove the consistency of coil pressing force.
Fixture 2 further includes stator die holder 9, and stator die holder 9 is arranged between main clamp holder 21 and sub-folder seat 22, main clamp holder 21 with
The stator core 7 being arranged between main clamp holder 21 and sub-folder seat 22 and stator die holder 9 are stepped up clamp mechanism by the formation of sub-folder seat 22,
Driving motor 23 drives main clamp holder 21 to rotate, and main clamp holder 21 drives stator die holder 9, stator core 7 and sub-folder seat 22 to rotate.Stator
The one side of die holder 9 is equipped with the groove II 91 matched with the protrusion 71 of 7 bigger diameter end of stator core, and the another side of stator die holder 9 is set
There is the protrusion II 92 matched with the recess portion 72 of 7 miner diameter end of stator core.Preferably, it is additionally provided on stator die holder 9 individually fixed
For hanging up the positioning pin 93 of enameled wire when sub- 7 coiling of iron core is completed, positioning pin 93 is fixedly connected on 9 one end of stator die holder
End.When carrying out coiling using the fixture 2 of the utility model, coiling can be carried out to multiple stator cores 7 simultaneously, that is, existed
Multiple stator die holders 9 are placed between main clamp holder 21 and sub-folder seat 22, and stator core 7 is installed on stator die holder 9, uses main folder
Seat 21 and sub-folder seat 22 are stepped up.In coiling to the gradually coiling of stator core 7 on fixture, by enameled wire from left side or the right side
The end of a thread is enclosed and fixed around one in 7 wire casing of stator core of side first, starts driving motor 23, after reaching the circle number of setting,
Driving motor 23 is automatically stopped, and enameled wire is hung on positioning pin 93, and keeps enameled wire anti-in the wire casing of second stator core 7
Turn to turn to first coil on the contrary, at least around half-turn；Start driving motor 23, after reaching the circle number of setting, driving electricity
Machine 23 is automatically stopped.Enameled wire is hung on positioning pin 93, and rotates forward enameled wire in the wire casing of third stator core 7, i.e.,
It is identical as first coil steering, at least around half-turn.Enameled wire is being cut with clipper 3 at the about 150mm of stator core 7, it will
Stator core 7 and stator die holder 9 are removed from fixture, remove stator die holder 9, and 7 coiling of a phase stator core is completed.
Electromagnetic wire 4, which sequentially passes through pulley blocks 11, tensioning wheel 13 and the arrival fixture 2 of guide wheel group 12 and is wrapped in, is clamped at folder
On stator core 7 on tool 2, driving motor 23 drives fixture 2 rotations and starts to 7 coiling of stator core, the stator iron on fixture 2
7 coiling of core is completed, and driving motor 23 is automatically stopped, is cut electromagnetic wire 4 using clipper 3.The path of electromagnetic wire 4 are as follows: electromagnetic wire
4 uplinks reach pulley blocks 11, and electromagnetic wire 4 passes through from pulley I 111 and II 112 top groove of pulley, and downlink reaches guide wheel I 121
And pass through from the bottom groove of guide wheel I 121, go further upwards to up to tensioning wheel 13 and pass through from 13 top groove of tensioning wheel, it goes downwards to
The winding mechanism for carrying out coiling to stator core is reached up to guide wheel II 122 and from the cabling in the raised floor of guide wheel II 122；It crosses herein
Electromagnetic wire bundle realizes the tension to 4 head of electromagnetic wire in journey, and electromagnetic wire 4 is wrapped in realization pair on the stator core 7 on fixture 2
The tension of 4 tail portion of electromagnetic wire, intermediate electromagnetic wire 4 form two V-shape structures, and such structure can guarantee that electromagnetic wire 4 is located always
In tensioning state, guarantee that electromagnetic wire 4 has enough pressing forces and pressing force uniformity when carrying out coiling to stator core, keeps away
Having exempted from the relaxation of electromagnetic wire 4 causes pressing force when to 7 coiling of stator core inadequate；It can also avoid to 7 coiling of stator core
Occur the phenomenon that electromagnetic wire 4 is jumped, slid from pulley blocks, tensioning wheel, guide wheel group in the process, thus improve to stator core around
The quality of line.
Fastener in the utility model be able to achieve the connector for being connected and fixed function, such as: bolt, nut, screw,
Screw etc..
The utility model is exemplarily described in conjunction with attached drawing above, it is clear that the utility model specific implementation not by
The limitation of aforesaid way, as long as using the improvement for the various unsubstantialities that technical solutions of the utility model carry out, or without changing
Directly apply to other occasions by the conception and technical scheme of the utility model, the protection scope of the utility model it
It is interior.
Claims (10)
1. a kind of stator winding device, it is characterised in that: including being used when being used to convey conveying mechanism (1), the coiling of electromagnetic wire (4)
Clipper (3) in stator core (7) are carried out positioning fixture (2) and for cutting electromagnetic wire (4), the conveying mechanism (1)
It is mounted on support frame (5), the fixture (2) and clipper (3) are mounted on workbench (8), support frame (5) and workbench (8)
Connection, conveying mechanism (1) are connect by electromagnetic wire (4) with fixture (2).
2. a kind of stator winding device as described in claim 1, it is characterised in that: the conveying mechanism (1) includes pulley blocks
(11), guide wheel group (12) and tensioning wheel (13), the pulley blocks (11) are arranged in the support plate (51) on support frame (5), lead
Wheel group (12) is arranged in the supporting beam (52) on support frame (5), and support plate (51) and supporting beam (52) are in Z-shaped structure, branch
In the top of supporting beam (52), tensioning wheel (13) is connected on support plate (51) and is located at the upper of guide wheel group (12) fagging (51)
Side.
3. a kind of stator winding device as claimed in claim 2, it is characterised in that: the pulley blocks (11) include pulley I
(111) and pulley II (112), the guide wheel group (12) include guide wheel I (121) and guide wheel II (122), and the tensioning wheel (13) sets
It sets between guide wheel I (121) and guide wheel II (122).
4. a kind of stator winding device as claimed in claim 3, it is characterised in that: the conveying mechanism (1) further includes tensioning
Arm (14) and adjutage (15), the tensioning wheel (13) is connected to one end of adjutage (15), and tensioning wheel (13) is freely rotated,
The other end of adjutage (15) is connect with one end of tensioner arm (14), and the other end of tensioner arm (14) passes through spring (16) and setting
Flange (511) connection on support plate (51), tensioner arm (14) is connected on support plate (51) by pin shaft (17), and is tensioned
Arm (14) is rotated around pin shaft (17).
5. a kind of stator winding device as described in claim 2 to 4 any one, it is characterised in that: the fixture (2) includes
Main clamp holder (21), sub-folder seat (22) and the driving motor (23) for driving main clamp holder (21) to rotate, driving motor (23) installation
On workbench (8), main clamp holder (21) passes through the output axis connection of main shaft (24) and driving motor (23), and sub-folder seat (22) passes through
Countershaft (25) is connected on workbench (8), and sub-folder seat (22) is rotated around countershaft (25).
6. a kind of stator winding device as claimed in claim 5, it is characterised in that: the main clamp holder (21) is equipped with and stator
The groove I (211) that the protrusion (71) of iron core (7) bigger diameter end matches, the sub-folder seat (22) are equipped with small with stator core (7)
The protrusion I (221) that the recess portion (72) at diameter end matches.
7. a kind of stator winding device as claimed in claim 6, it is characterised in that: the fixture (2) further includes stator die holder
(9), the stator die holder (9) is arranged between main clamp holder (21) and sub-folder seat (22), main clamp holder (21) and sub-folder seat (22) shape
Pairs of clamp mechanism steps up the stator core (7) being arranged between main clamp holder (21) and sub-folder seat (22) and stator die holder (9), drives
Dynamic motor (23) driving main clamp holder (21) rotation, main clamp holder (21) drive stator die holder (9), stator core (7) and sub-folder seat
(22) it rotates.
8. a kind of stator winding device as claimed in claim 7, it is characterised in that: the one side of the stator die holder (9) is equipped with
The groove II (91) matched with the protrusion (71) of stator core (7) bigger diameter end, the another side of the stator die holder (9) be equipped with
The protrusion II (92) that the recess portion (72) of stator core (7) miner diameter end matches.
9. a kind of stator winding device as claimed in claim 8, it is characterised in that: be additionally provided on the stator die holder (9)
For hanging up the positioning pin (93) of enameled wire when single stator core (7) coiling is completed, the positioning pin (93) is fixedly connected on
The end of stator die holder (9) one end.
10. a kind of stator winding device as claimed in claim 9, it is characterised in that: the electromagnetic wire (4) sequentially passes through pulley
Group (11), tensioning wheel (13) and guide wheel group (12) reach fixture (2) and are wrapped in the stator core being clamped on fixture (2)
(7) on, driving motor (23) drives fixture (2) rotation and starts to stator core (7) coiling, the stator core (7) on fixture (2)
Coiling is completed, and driving motor (23) is automatically stopped, and is cut electromagnetic wire (4) using clipper (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821186002.4U CN208386375U (en) | 2018-07-25 | 2018-07-25 | A kind of stator winding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821186002.4U CN208386375U (en) | 2018-07-25 | 2018-07-25 | A kind of stator winding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208386375U true CN208386375U (en) | 2019-01-15 |
Family
ID=64962261
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821186002.4U Expired - Fee Related CN208386375U (en) | 2018-07-25 | 2018-07-25 | A kind of stator winding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208386375U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110676993A (en) * | 2019-09-12 | 2020-01-10 | 北京欣奕华飞行器技术有限公司 | Winding mechanism with tooth point stator core teeth |
-
2018
- 2018-07-25 CN CN201821186002.4U patent/CN208386375U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110676993A (en) * | 2019-09-12 | 2020-01-10 | 北京欣奕华飞行器技术有限公司 | Winding mechanism with tooth point stator core teeth |
| CN110676993B (en) * | 2019-09-12 | 2023-04-07 | 安徽锐翔动力技术有限公司 | Winding mechanism with tooth point stator core teeth |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20190115 |