CN207691649U - A kind of armature coil winding machine winding displacement mold - Google Patents
A kind of armature coil winding machine winding displacement mold Download PDFInfo
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- CN207691649U CN207691649U CN201820000546.0U CN201820000546U CN207691649U CN 207691649 U CN207691649 U CN 207691649U CN 201820000546 U CN201820000546 U CN 201820000546U CN 207691649 U CN207691649 U CN 207691649U
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Abstract
The utility model is related to a kind of armature coil winding machine winding displacement molds, belong to motor automated production equipment field, coordinate resigning mould to realize that solid conductor carries out multilayer winding displacement coiling in iron core teeth portion by the winding displacement mold that can be floated up and down;The armature coil winding machine winding displacement mold of the utility model is stepped down to winding stack height by resigning mould,And it can realize that winding displacement mold is carrying out floating positioning perpendicular to the direction of iron core,When carrying out multi-laminate around winding displacement using solid conductor,No matter beat amplitude of the iron core in winding displacement indexing have it is much,Winding displacement mold can with the beat of iron core synchronous slide,Since the height set by resigning mould can ensure that armature conductor neither skids off winding displacement mould main body,Winding displacement mould main body will not scratch armature conductor,It can effectively ensure the phenomenon that solid conductor is not in juxtaposition and random line when winding displacement is laminated,The motor multi-layer winding of institute's coiling has copper factor high,Materials save,It is close orderly,It is beautiful and generous,Consistency is good,Steady performance,It is particularly suitable for external rotor electric machine,Permanent magnet synchronous motor,In today of the serious scarcity of earth resource especially non-ferrous metal and rare earth resources,Its meaning is very great.
Description
Technical field
The utility model belongs to motor automated production equipment field, is related to a kind of armature coil winding machine winding displacement mold.
Background technology
With the development of society, human civilization enters Rapid development stage, the production technology based on traditional-handwork industry is just
Quickly substituted by the production of manual intelligent equipment, it is energy saving in today that human living, life and production environment gradually deteriorate
Environment-friendly products receive high praise, and miscellaneous power machinery product is the important composition portion in human lives, work, production
Point, however various power（Such as the equipment of industrial product, new-energy automobile, household electrical appliance are representative）The main means of generation are to adopt
With miscellaneous motor and generator product, therefore, the energy proportion that motor and generator are consumed is increasing,
And it grows in intensity.
Traditional motor is especially lower-powered motor there are working efficiencies low, and consumptive material is big, and manufacture craft falls behind, performance
The shortcomings of stability is poor.Energy consumption how is reduced, materials'use amount is reduced, the quality stability for improving product will be important as one
Research topic.The properties and materials'use of motor and generator, structure design, manufacture craft level are closely bound up,
And the iron core winding copper factor of motor is an important factor for influencing motor performance, the key of raising iron core winding copper factor is exactly to adopt
Close and orderly winding displacement coiling is carried out with solid conductor.
With the high speed development of automation equipment, artificial coiling is gradually replaced by mechanical automation equipment, entirely certainly
Dynamicization motor winding machine be also make a lot of variety, type it is various, but what is be all made of due to traditional motor winding machine is that center is solid
Fixed pattern winding displacement mold, since there are certain beat amounts, winding displacement mold to be neglected at a distance from iron core teeth portion in coiling winding displacement for iron core
Suddenly small greatly, it is susceptible to conducting wire in multilayer winding displacement coiling and skids off winding displacement mold or the serious insulating layer for scratching conducting wire, causes
There is product qualification rate to decline, process costs rise, the inferior problems of low production efficiency.
A kind of motor winding machine winding displacement mold is exactly to come into being in strong market is called, and passes through what can be floated up and down
The built-in resigning mould of winding displacement mold cooperation successfully solves list to realize that solid conductor carries out multilayer winding displacement coiling on iron core
Root conducting wire occurs the problem of juxtaposition and random line when winding displacement is laminated, the motor multi-layer winding of institute's coiling have copper factor it is high,
The advantages that materials save, is close orderly, beautiful and generous, consistency is good, superior performance, stable quality, is particularly suitable for external rotor electric machine,
Permanent magnet synchronous motor, in today of the serious scarcity of earth resource especially non-ferrous metal and rare earth resources, meaning is very heavy
Greatly.
Utility model content
The purpose of this utility model is to provide a kind of armature coil winding machine winding displacement molds, for existing armature
It is in disorder that solid conductor existing for coil winding machine is susceptible to armature conductor slippage, scratch, juxtaposition and winding displacement when winding displacement is laminated
The problems such as, iron core slot copper factor can be maximumlly improved around the conducting wire for more sectional areas of entering in limited armature slot,
To effectively improve the properties and cost performance of motor.
The utility model technology is to be realized by following technical proposal：
A kind of armature coil winding machine winding displacement mold, including die main body and resigning mould, it is characterised in that：The mold
Main body includes an arc-shaped side edge and a straight line edge, and straight line intersects along one end with arc-shaped side along one end and and iron core teeth
Portion is parallel, the straight line edge is provided with resigning mould, resigning mould can reciprocatingly slide along die main body straight line edge；
Resetting spring is set in the glide direction of resigning mould, and resetting spring is by resigning mould top to straight line edge and arc-shaped side along the one of intersection
End, while die main body is additionally provided with the locking mechanism of resigning mould.
The die main body is sector structure, and guide groove, the resigning mould are above offered on the straight line edge
On be provided with sliding block, the sliding block is placed in guide groove and makes resigning mould can be along the straight line along moving back and forth.
The locking mechanism includes revolving part, and revolving part is articulated in die main body storage tank, and revolving part is provided with one
Mandril and driving portion realize that mandril is swung by driving portion.
The height of the resigning mould matches with the height of two layers of coiling but is not limited to the height of two layer lines.
Armature coil winding machine winding displacement mold described in the utility model, including die main body and resigning mould, the row
Line die main body at work with the teeth portion direction parallel sliding of electric machine iron core and can be synchronous floating with iron core indexing beat
It is dynamic；The resigning mould is parallel in electric machine iron core teeth portion upper edge teeth portion direction with winding displacement die main body when carrying out first layer coiling
Synchronizing moving, the resigning mould are carrying out being positioned at electric machine iron core tooth boot portion when winding displacement is laminated in the second layer and two layers or more armature
Stacking winding displacement is carried out to step down.
The winding displacement die main body is symmetrically placed in the basal groove on traverse shaft, and can be along in deck sliding slot
It reciprocatingly slides, the die main body includes an arc-shaped side edge and a straight line edge, and straight line is along one end and arc-shaped side edge
One end intersection is simultaneously parallel with iron core teeth portion, the straight line edge is provided with resigning mould, resigning mould can be along mold master
Body straight line edge reciprocatingly slides；Resetting spring is set in the glide direction of resigning mould, and resetting spring is by resigning mould top to straight line
Edge and arc-shaped side are along one end of intersection, while die main body is additionally provided with the locking mechanism of resigning mould.
The height of the resigning mould is corresponding with winding stack height, and the height of the utility model resigning mould is equivalent to two
The height of layer coiling, the height value of the resigning mould, which can be predetermined value, to be adjusted by automatically controlled or mechanical device
There is the locking mechanism that can be adjusted at section and setting, the resigning mould rear, when carrying out second layer or more stacking coiling, lock
It is in the open state to determine mechanism.
Compared with prior art, the advantages of this armature coil winding machine winding displacement mold, is：
It is carried out by the accommodating resigning mould of the winding displacement mold that can float up and down cooperation with to realize solid conductor on iron core more
Layer winding displacement coiling.The armature coil winding machine winding displacement mold of the utility model is by accommodating resigning mould, to the row of realizing
Line mould perpendicular to the direction of iron core carrying out float positioning, using solid conductor carry out multi-laminate around winding displacement when, no matter iron
Beat amplitude of the core in winding displacement indexing has much, is located in iron core teeth portion since winding displacement mold synchronizes always, resigning mould institute
The height of setting can effectively ensure the phenomenon that solid conductor is not in juxtaposition and random line when winding displacement is laminated, institute around
The motor multi-layer winding of system have copper factor is high, materials save, it is close it is orderly, beautiful and generous, that consistency is good, performance is stablized etc. is excellent
Point, is particularly suitable for external rotor electric machine, and permanent magnet synchronous motor is seriously deficient in earth resource especially non-ferrous metal and rare earth resources
Today, meaning is very great.
Description of the drawings
Fig. 1 is the internal structure schematic diagram of the utility model；
Fig. 2 is the internal structure schematic diagram of the utility model winding displacement die main body；
Fig. 3 is the structural schematic diagram of the utility model resigning mould；
Fig. 4 is the scheme of installation of the utility model.
Specific implementation mode
As shown in Figs 1-4, a kind of armature coil winding machine winding displacement mold, including die main body 1 and resigning mould 2, feature
It is：The die main body 1 includes an arc-shaped side edge and a straight line edge, and straight line is along one end and arc-shaped side along one end
Portion intersects, and the straight line edge is provided with resigning mould 2, resigning mould 2 can be along 1 straight line of die main body along reciprocal sliding
It is dynamic；Resetting spring 5 is set in the glide direction of resigning mould 2, and resetting spring 5 pushes up resigning mould 2 to straight line edge and arc-shaped side
Along one end of intersection, while die main body 1 is additionally provided with the locking mechanism 4 of resigning mould 2；The die main body 1 is fan-shaped ties
Structure is provided with sliding block 6 in the straight line along guide groove 3 is above offered on the resigning mould 2, the sliding block 6 is accommodating
In guide groove 3 so that resigning mould 2 can be along the straight line along reciprocating motion;The locking mechanism 4 includes revolving part,
Revolving part is articulated in by positioning pin 7 in die main body storage tank, and revolving part is provided with a mandril 41 and driving portion 42, passes through drive
Realize that mandril 41 is swung in dynamic portion 42;The height and the height of two layers of coiling of the resigning mould 2 match.
The utility model includes winding displacement die main body 1, resigning mould 2, and the resigning mould is placed in die main body close to electricity
In sliding slot 3 inside the side of machine iron core teeth portion；The resigning mould 2 can be past in the sliding slot 3 inside winding displacement die main body
Multiple to slide and be resetted by the resetting spring 5 in sliding slot, the height for allowing position mould 2 is opposite with winding stack height
It answers；It is described to allow the height value of position mould 2 that be predetermined value can also to be adjusted by electric control gear or mechanical device
And setting；There is the locking mechanism 4 that can be adjusted at 2 rear of resigning mould, when carrying out first layer winding displacement, locking mechanism 4
Mandril 41 withstands resigning mould, by mode locking of stepping down；When carrying out second layer or more stacking winding displacement, locking mechanism 4 rotates mandril
It is detached from resigning mould, is now in unlocked state；The locking mechanism 4 is connected with winding displacement die main body 1 by positioning pin 7,
And suitable rotation can be carried out centered on positioning pin 7.
The utility model is by the accommodating resigning mould of the winding displacement mold cooperation that can be floated up and down to realize solid conductor in iron
Multilayer winding displacement coiling is carried out on core.The armature coil winding machine winding displacement mold of the utility model is the resigning mould by housing, from
And realize winding displacement mould and carrying out positioning of floating perpendicular to the direction of iron core, multi-laminate is being carried out around winding displacement using solid conductor
When, no matter beat amplitude of the iron core in winding displacement indexing has much, is located in iron core teeth portion since winding displacement mold synchronizes always,
Height set by accommodating resigning mould can effectively ensure that solid conductor is not in that armature conductor is slided when winding displacement is laminated
It is de-, scratch, the problems such as juxtaposition and winding displacement are in disorder, the motor multi-layer winding of institute's coiling has that copper factor is high, materials save, close
Orderly, beautiful and generous, consistency is good, steady performance, be particularly suitable for external rotor electric machine, permanent magnet synchronous motor, in the earth
Today of the serious scarcity of resource especially non-ferrous metal and rare earth resources, meaning are very great.
The protection of the utility model is not limited to automatic winding machine with motor, every design and knot using the utility model
The other types of coil winding machine of structure is also because belonging to the scope of the utility model.
Claims (4)
1. a kind of armature coil winding machine winding displacement mold, including die main body and resigning mould, it is characterised in that：The mold master
Body includes an arc-shaped side edge and a straight line edge, and straight line intersects with arc-shaped side along one end along one end, described straight
Line edge is provided with resigning mould, and resigning mould can reciprocatingly slide along die main body straight line edge；In the glide direction of resigning mould
Upper setting resetting spring, one end that resetting spring intersects on resigning mould top to straight line edge and arc-shaped side edge, while die main body
It is additionally provided with the locking mechanism of resigning mould.
2. a kind of armature coil winding machine winding displacement mold as described in claim 1, it is characterised in that：The die main body is
Sector structure is provided with sliding block in the straight line along guide groove is above offered on the resigning mould, the sliding block holds
It is placed in guide groove so that resigning mould can be along the straight line along reciprocating motion.
3. a kind of armature coil winding machine winding displacement mold as described in claim 1, it is characterised in that：The locking mechanism packet
Revolving part is included, revolving part is articulated in die main body storage tank, and revolving part is provided with a mandril and driving portion, passes through driving portion reality
Existing mandril is swung.
4. a kind of armature coil winding machine winding displacement mold as described in claim 1, it is characterised in that：The described position mould that allows
Height matches with two layers of winding height.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820000546.0U CN207691649U (en) | 2018-01-02 | 2018-01-02 | A kind of armature coil winding machine winding displacement mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820000546.0U CN207691649U (en) | 2018-01-02 | 2018-01-02 | A kind of armature coil winding machine winding displacement mold |
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| Publication Number | Publication Date |
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| CN207691649U true CN207691649U (en) | 2018-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820000546.0U Active CN207691649U (en) | 2018-01-02 | 2018-01-02 | A kind of armature coil winding machine winding displacement mold |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108023446A (en) * | 2018-01-02 | 2018-05-11 | 台州市路桥鼎新阳光机电科技有限公司 | A kind of armature coil winding machine winding displacement mould |
-
2018
- 2018-01-02 CN CN201820000546.0U patent/CN207691649U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108023446A (en) * | 2018-01-02 | 2018-05-11 | 台州市路桥鼎新阳光机电科技有限公司 | A kind of armature coil winding machine winding displacement mould |
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