CN107591243A - A kind of magnet ring drive mechanism of loop wire winder - Google Patents
A kind of magnet ring drive mechanism of loop wire winder Download PDFInfo
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- CN107591243A CN107591243A CN201711002378.5A CN201711002378A CN107591243A CN 107591243 A CN107591243 A CN 107591243A CN 201711002378 A CN201711002378 A CN 201711002378A CN 107591243 A CN107591243 A CN 107591243A
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- 230000007246 mechanism Effects 0.000 title claims abstract description 34
- 238000004804 winding Methods 0.000 claims abstract description 50
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- 230000008569 process Effects 0.000 claims abstract description 21
- 230000033228 biological regulation Effects 0.000 claims description 31
- 238000009434 installation Methods 0.000 claims description 11
- 230000008859 change Effects 0.000 claims description 10
- 230000006835 compression Effects 0.000 claims description 5
- 238000007906 compression Methods 0.000 claims description 5
- 238000006243 chemical reaction Methods 0.000 claims description 4
- 238000005266 casting Methods 0.000 abstract description 30
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical group [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 abstract description 16
- 230000001788 irregular Effects 0.000 abstract description 13
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 238000003825 pressing Methods 0.000 description 7
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- 230000005611 electricity Effects 0.000 description 3
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- 230000007812 deficiency Effects 0.000 description 2
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Abstract
The invention discloses a kind of magnet ring drive mechanism of loop wire winder, by setting three groups of coil pressure roller structures, wherein two groups by stepper motor automatic traction adjusting position, another set drives adjusting position by spring, it is time saving and energy saving instead of manual operation, effectively reduce cost of labor；Compartment blade mounting structures are set to carry out support to coil in coil bottom, compartment blade mounting structures can be relative to axis of rotation, when coil rotates, the casting lug thereon of coil bottom is rotated and is inserted into the gap between two blades of compartment blade mounting structures, compartment blade mounting structures rotate with iron core, until the casting lug thereon of mandrel bottom is rotated away from the gap between two blades, it can both realize and support is carried out to iron core, the normal coiling of irregular iron core will not be hindered again；Coil is pushed down from coil top simultaneously by multiple upper pressure wheels, prevents coil from being beated upwards in winding process；The structure setting of whole magnet ring drive mechanism is reasonable, meets production requirement.
Description
Technical field
The present invention relates to the magnet ring drive mechanism of a kind of drive mechanism, more particularly to a kind of loop wire winder.
Background technology
Existing loop wire winder is unreasonable due to structure setting（Such as：1. need by manually big according to the diameter of coil
The small position for changing coil pinch roller, operation are wasted time and energy, and cost of labor is big, and deviation easily occurs in manual operation, influences line
Enclose coiling uniformity；2. existing coil supporting plate is typically all laminated structure, for some irregular iron cores（As in iron core
Bottom is provided with casting lug thereon）, the coil supporting plate of laminated structure can hinder the rotation of iron core in iron core rotates winding process, make iron
Core can not normal coiling；3. in winding process, coil influences due to the phenomenon beated upwards is occurred by external force effect
The uniformity of coil-winding, influence coil around line mass, it is impossible to meet production requirement.
Therefore, prior art has yet to be improved and developed.
The content of the invention
It is an object of the invention to provide a kind of magnet ring drive mechanism of loop wire winder, it is intended to solve it is existing annular around
Line machine structure setting is unreasonable, influences coil-winding uniformity and coil-winding quality, it is impossible to the problem of meeting production requirement.
Technical scheme is as follows：A kind of magnet ring drive mechanism of loop wire winder, including mounting base, in fixation
The first mounting seat, the second mounting seat and the 3rd mounting seat are provided with installing plate, wherein, it is provided with the first mounting seat
First stepper motor automatically adjusts the first coil pressure roller structure of front and back position according to the change of coil radius, in the second installation
The second coil pinch roller that the second stepper motor automatically adjusts front and back position according to the change of coil radius is provided with seat
Structure, is provided with the tertiary coil pressure roller structure that spring automatically adjusts front and back position in the 3rd mounting seat, and described first
Coil pressure roller structure, the second coil pressure roller structure and tertiary coil pressure roller structure surround the side for being arranged on coil and and coil sides
Face contacts, coil first coil pressure roller structure, the second coil pressure roller structure and tertiary coil pressure roller structure drive rotate realize around
Line；The coil for being separately provided for carrying out coil support in the first mounting seat, the second mounting seat and the 3rd mounting seat is held
Holder structure.
The magnet ring drive mechanism of described loop wire winder, wherein, it is disposed with the first peace in first mounting seat
Loading board, the second installing plate and the 3rd installing plate, second installing plate are placed between the first installing plate and the 3rd installing plate, and first
Stepper motor is arranged on the first installing plate, and first screw mandrel one end is fixed on the 3rd installing plate, and the other end is installed through second
The motor axis connection of plate and the first stepper motor, the first coil pressure roller structure include being arranged on the first screw mandrel and first
Screw mandrel drives lower the first movable sliding block, the first pinch roller installing plate being arranged on the first sliding block, is arranged on the first pinch roller
The first rotary electric machine on installing plate, the first coil pinch roller being arranged on the first pinch roller installing plate, first sliding block are placed in
Between second installing plate and the 3rd installing plate, the first coil pinch roller is driven by the first rotary electric machine and rotated；Second peace
The 4th installing plate, the 5th installing plate and the 6th installing plate are disposed with dress seat, the 5th installing plate is placed in the 4th installation
Between plate and the 6th installing plate, the second stepper motor is arranged on the 4th installing plate, and second screw mandrel one end is fixed on the 6th installation
On plate, the other end passes through the motor axis connection of the 5th installing plate and the second stepper motor, and the second coil pressure roller structure includes
The second sliding block for being arranged on the second screw mandrel and being moved forward and backward under the drive of the second screw mandrel, the second pressure being arranged on the second sliding block
Wheel installing plate, the second rotary electric machine being arranged on the second pinch roller installing plate, the second line being arranged on the second pinch roller installing plate
Pinch roller is enclosed, second sliding block is placed between the 5th installing plate and the 6th installing plate, and the second coil pinch roller is rotated by second
Motor driven rotates；The 7th installing plate, the 8th installing plate and the 9th installing plate are disposed with 3rd mounting seat, it is described
8th installing plate is placed between the 7th installing plate and the 9th installing plate, and the tertiary coil pressure roller structure includes being placed in the 8th installation
The 3rd sliding block between plate and the 9th installing plate, adjusting screw rod one end are connected through the 7th installing plate with the 8th installing plate, regulation
The screw rod other end connects adjusting handle, Four-slider is provided between the 3rd sliding block and the 9th installing plate, on Four-slider
The 3rd pinch roller installing plate is provided with, the 3rd rotary electric machine and tertiary coil pinch roller are provided with the 3rd pinch roller installing plate, it is described
Tertiary coil pinch roller is driven by the 3rd rotary electric machine and rotated, and both ends of the spring is connected with Four-slider, the 3rd sliding block respectively, the 8th
It is provided with closing device on installing plate, the closing device includes the screw rod that one end is arranged on the 8th installing plate, is arranged on spiral shell
The folding block rotated on bar and with screw rod, the rotational handle being connected with the screw rod other end, two are provided with the 3rd sliding block admittedly
Determine screw, two through holes are provided with Four-slider：Original state, closing device are closed, and the coil for treating coiling is arranged on
Between three groups of coil pressure roller structures, turn adjusting handle, adjusting screw rod is set to drive the 8th installing plate to be moved to the 3rd sliding block direction,
Folding block withstands the 3rd sliding block and drives three sliding blocks to move forward, and spring is compressed, and the elastic force of spring drives Four-slider to reach
Dynamic tertiary coil pinch roller is pushed down coil, coil is held by first coil pinch roller, the second coil pinch roller and tertiary coil pinch roller simultaneously
Support, coil make Four-slider be moved rearwards compression spring to the reaction force of tertiary coil pinch roller, change the 3rd sliding block and the 4th
The distance between sliding block, precompression is formed, after precompression is adjusted, is screwed in wherein after a bolt is passed through one of into through hole
Fixation in one fixing threaded hole, fixed in another fixing threaded hole, fixation is screwed in after another bolt is passed through into another through hole
Ultimate range between Four-slider and the 3rd sliding block；Start loop wire winder, the first rotary electric machine drives first coil pinch roller
Rotate, the second rotary electric machine drives the second coil pinch roller to rotate, and the 3rd rotary electric machine drives tertiary coil pinch roller to rotate, coil by
First coil pinch roller, the second coil pinch roller and tertiary coil pinch roller, which drive, to be rotated, and coil starts coiling, according to coiling on coil
The number of turns calculates the diameter of coil, and the first stepper motor automatic traction first coil pinch roller of control realizes mobile, the second stepping electricity
The second coil of machine automatic traction pinch roller realizes movement, and tertiary coil pinch roller automatically moves back greatly as coil diameter becomes, and spring enters one
Step is compressed, and realizes automatically adjusting for coil pressure roller structure position.
The magnet ring drive mechanism of described loop wire winder, wherein, first coil pinch roller is in coil-winding process by
One stepper motor, which drives, automatically moves adjusting position, and the second coil pinch roller is driven in coil-winding process by the second stepper motor
Adjusting position is automatically moved, still, before coil starts coiling, the position of first coil pinch roller and the second coil pinch roller can not be moved
Dynamic, at this moment, the precompression that three groups of coil pressure roller structures put on coil is adjusted by spring, is produced by adjusting the compression ratio of spring
Raw precompression, makes first coil pinch roller, the second coil pinch roller and tertiary coil pinch roller while is pushed down with coil contact and from side
Coil, ensure the uniform force of coil.
The magnet ring drive mechanism of described loop wire winder, wherein, the first coil pinch roller sets at least two, second
Coil pinch roller sets at least two, and tertiary coil pinch roller sets at least two.
The magnet ring drive mechanism of described loop wire winder, wherein, it is provided with two first on the first pinch roller installing plate
Rotating shaft, a first coil pinch roller is provided with each first rotating shaft, one is socketed on the motor shaft of the first rotary electric machine
First driving wheel, first driven pulley is socketed in each first rotating shaft, between first driving wheel and the first driven pulley
Connected by driving belt, the first rotary electric machine drives two first coil pinch rollers to rotate simultaneously；On the first pinch roller installing plate
Two the second rotating shafts are provided with, a second coil pinch roller are provided with each second rotating shaft, in the electricity of the second rotary electric machine
On arbor be socketed second driving wheel, in each second rotating shaft be socketed second driven pulley, second driving wheel with
Connected between second driven pulley by driving belt, the second rotary electric machine drives two the second coil pinch rollers to rotate simultaneously；
Two the 3rd rotating shafts are provided with three pinch roller installing plates, a tertiary coil pinch roller is provided with each 3rd rotating shaft,
The 3rd driving wheel is socketed on the motor shaft of three rotary electric machines, the 3rd driven pulley, institute are socketed in each 3rd rotating shaft
State and connected between the 3rd driving wheel and the 3rd driven pulley by driving belt, the 3rd rotary electric machine drives two tertiary coils simultaneously
Pinch roller rotates.
The magnet ring drive mechanism of described loop wire winder, wherein, set between the second installing plate and the 3rd installing plate
There is the first guide rod, the first sliding block is arranged on the first guide rod and moved forward and backward along the first guide rod；In the 5th installing plate and
The second guide rod is provided between 6th installing plate, the second sliding block is arranged on the second guide rod and moved along before and after the second guide rod
It is dynamic；The 3rd guide rod, the 4th guide rod, the 3rd guide rod and are provided between the 7th installing plate and the 9th installing plate
Four guide rods are respectively placed in spring both sides, and the 3rd sliding block is arranged on the 3rd guide rod and the 4th guide rod and along the 3rd guide rod
Moved forward and backward with the 4th guide rod, Four-slider is arranged on the 3rd guide rod and the 4th guide rod and along the 3rd guide rod and
Four guide rods move forward and backward, and the 8th installing plate is arranged on the 3rd guide rod and the 4th guide rod and along the 3rd guide rod and the 4th
Guide rod moves forward and backward.
The magnet ring drive mechanism of described loop wire winder, wherein, the first coil pinch roller, the second coil pinch roller and
Three-winding pinch roller is rubber wheel.
The magnet ring drive mechanism of described loop wire winder, wherein, it is arranged between one first in each first rotating shaft
Every formula support blade, the first compartment support blade is arranged in first rotating shaft by clutch shaft bearing, the first compartment support leaf
Piece is placed between first coil pinch roller and the first driven pulley；A second compartment support leaf is arranged in each second rotating shaft
Piece, the second compartment support blade are arranged in the second rotating shaft by second bearing, and the second compartment support blade is placed in second
Between coil pinch roller and the second driven pulley；A the 3rd compartment support blade is arranged in each 3rd rotating shaft, between the 3rd
Every formula support blade by 3rd bearing be arranged on the 3rd rotating shaft on, the 3rd compartment support blade be placed in tertiary coil pinch roller and
Between 3rd driven pulley；The first compartment support blade, the second compartment support blade and the 3rd compartment support blade
Structure it is consistent：Coil is same by the first compartment support blade, the second compartment support blade and the 3rd compartment support blade
Shi Jinhang supports, compartment support blade is arranged in rotating shaft by bearing, compartment support blade is not driven by rotating shaft
The influence of rotation, when coil is that bottom is provided with the irregular winding of casting lug thereon, the requirement for completing support coil can be reached,
And can avoids the casting lug thereon of coil bottom, and casting lug thereon arrival interval formula support leaf temporal is every formula support blade when making coil winding
It can freely rotate and allow out position.
The magnet ring drive mechanism of described loop wire winder, wherein, the first compartment support blade includes being arranged on
Sleeve in first rotating shaft and the multiple blades being arranged on evenly and at intervals on sleeve, between being formed between each two adjacent blades
Gap.
The magnet ring drive mechanism of described loop wire winder, wherein, in addition to for pushing down coil from coil top, preventing
The coil upper pressure wheel structure that coil is beated upwards in winding process, the coil upper pressure wheel structure include：At each first turn
First upper pressure wheel is arranged on axle, first upper pressure wheel is placed in the top of first coil pinch roller；In each second rotating shaft
On be arranged second upper pressure wheel, second upper pressure wheel is placed in the top of the second coil pinch roller；In each 3rd rotating shaft
The 3rd upper pressure wheel is arranged, the 3rd upper pressure wheel is placed in the top of tertiary coil pinch roller；First upper pressure wheel, second
The structure of upper pressure wheel and the 3rd upper pressure wheel is consistent, and the first upper pressure wheel, the second upper pressure wheel and the 3rd upper pressure wheel are simultaneously above coil
Pushing down coil avoids coil from being beated upwards in winding process, ensures the uniformity of coil-winding, ensure coil around line mass.
The magnet ring drive mechanism of described loop wire winder, wherein, one first tune is arranged in each first rotating shaft
Save spring, the first regulation spring one end is fixedly connected on the top of first rotating shaft, the other end of the first regulation spring and the
One upper pressure wheel connects；One second regulation spring is arranged in each second rotating shaft, the second regulation spring one end is fixed
The top of the second rotating shaft is connected to, the other end of the second regulation spring is connected with the second upper pressure wheel；In each 3rd rotating shaft
One the 3rd regulation spring is arranged, the 3rd regulation spring one end is fixedly connected on the top of the 3rd rotating shaft, the 3rd regulation bullet
The other end of spring is connected with the 3rd upper pressure wheel：When the diameter of coil constantly increases, regulation spring is constantly compressed, and makes upper pressure wheel
Automatic position adjusting function, coil is pushed down from coil top.
Beneficial effects of the present invention：Magnet ring drive mechanism of the invention by providing a kind of loop wire winder, pass through setting
Three groups of coil pressure roller structures, wherein two groups of coil pressure roller structures are by stepper motor automatic traction adjusting position, another set coil
Pressure roller structure drives adjusting position by spring, time saving and energy saving instead of manual operation, effectively reduces cost of labor, and stepping electricity
Machine and spring automatically adjust according to coil diameter size, avoid manual operation from causing coil puck position deviation occur；Due to not
During regular iron core winding the special process requirement of reciprocal coiling is needed in order to avoid bottom casting lug thereon（I.e. coil from casting lug thereon one
End start coiling, when coiling is to the casting lug thereon other end, coil is back to one end of casting lug thereon along former road coiling, and so on around
Line multilayer, to avoid casting lug thereon coiling）, as the diameter of the increase coil of the coiling number of plies is consequently increased, and lug projection
Recess is formed due to " reciprocal coiling ", if three groups of coil pressure roller structures, to the active force deficiency of coil, coil is in coiling
During just occur the center of circle deviate, cause coiling uneven, irregular, cause mass of coil to decline, be unable to reach design mark
Standard, the technical program on every group of coil pressure roller structure by setting more than two coil pinch rollers（Three groups of coil pressure roller structures
Six coil pinch rollers altogether）Coiling is realized with coil contacts side surfaces and with moving winding rotation respectively, when coil fossaperturate turns to
When being contacted with coil press nips, in the one of coil pinch roller insertion coil fossaperturate of coil press nips（If every group of coil pinch roller
One coil pinch roller is only set, when in coil pinch roller insertion coil fossaperturate, the center of circle of whole coil can be to the coil pinch roller side
To skew）, another coil pinch roller coil pressing, coil continues to rotate, and becomes another coil pinch roller insertion coil fossaperturate
It is interior, one of coil pinch roller coil pressing, two coil pinch rollers in coil press nips is replaced coil pressing, avoid coil
Displacement is caused to make whole coil deviate the center of circle during recess to coil pinch roller, the problem of avoiding the occurrence of discontinuity, it is ensured that line
Circle around line mass；By setting compartment blade mounting structures to carry out support to coil in coil bottom, compartment blade is held
Holder structure can be relative to axis of rotation, and when coil rotates, the casting lug thereon of coil bottom, which rotates, is inserted into compartment blade support
In gap between two blades of structure, compartment blade mounting structures rotate with iron core, until the protrusion of mandrel bottom
Block is rotated away from the gap between two blades, and so, compartment blade mounting structures may be implemented in during iron core winding
Support is carried out to iron core, the normal coiling of irregular iron core will not be hindered again；By multiple upper pressure wheels simultaneously from coil top pressure
Firmly coil, prevent coil from being beated upwards in winding process, ensure the uniformity of coil-winding, ensure coil around line mass；
The structure setting of whole magnet ring drive mechanism is reasonable, meets production requirement.
Brief description of the drawings
Fig. 1 is the structural representation of the magnet ring drive mechanism of loop wire winder in the present invention.
Fig. 2 is the top view of the magnet ring drive mechanism of loop wire winder in the present invention.
Fig. 3 is the structural representation of compartment support blade in the present invention.
Embodiment
To make the objects, technical solutions and advantages of the present invention clearer, clear and definite, develop simultaneously embodiment pair referring to the drawings
The present invention is further described.
As depicted in figs. 1 and 2, the magnet ring drive mechanism of a kind of loop wire winder, including mounting base 100, pacify fixed
The first mounting seat 110, the second mounting seat 120 and the 3rd mounting seat 130 are provided with loading board 100；Set in the first mounting seat 110
It is equipped with the first coil pinch roller knot for automatically adjusting front and back position according to the change of coil radius by the first stepper motor 210
Structure, it is provided with the second mounting seat 120 before and after second stepper motor 310 automatically adjusts according to the change of coil radius
Second coil pressure roller structure of position, is provided with the spring automatically adjusts front and back position the 3rd in the 3rd mounting seat 130
Coil pressure roller structure, the first coil pressure roller structure, the second coil pressure roller structure and tertiary coil pressure roller structure are around setting
The side of coil and with coil contacts side surfaces, coil first coil pressure roller structure, the second coil pressure roller structure and tertiary coil
Pressure roller structure drives rotation to realize coiling；Set respectively in the first mounting seat 110, the second mounting seat 120 and the 3rd mounting seat 130
It is equipped with the coil mounting structures for carrying out support to coil.
Specifically, in order to ensure iron core uniform force in winding process, the mounting seat of the first mounting seat 110 and second
120th, the second mounting seat 120 and the 3rd mounting seat 130, the first mounting seat 110 and the 3rd mounting seat 130 form 120 ° or so angles
（First mounting seat 110 and the second mounting seat 120, the second mounting seat 120 and the 3rd mounting seat 130, the first mounting seat 110 and
Angle between three mounting seats 130 is decided according to the actual requirements）.
Specifically, the first installing plate 111, the second installing plate 112 and the 3rd are disposed with first mounting seat 110
Installing plate 113, second installing plate 112 are placed between the first installing plate 111 and the 3rd installing plate 113, the first stepper motor
210 are arranged on the first installing plate 111, and the one end of the first screw mandrel 114 is fixed on the 3rd installing plate 113, and the other end passes through second
The motor axis connection of the stepper motor 210 of installing plate 112 and first, the first coil pressure roller structure include being arranged on the first screw mandrel
The first sliding block 220 moved forward and backward on 114 and under the drive of the first screw mandrel 114, the first pinch roller being arranged on the first sliding block 220
Installing plate 230, the first rotary electric machine 240 being arranged on the first pinch roller installing plate 230, it is arranged on the first pinch roller installing plate 230
On first coil pinch roller 250, first sliding block 220 is placed between the second installing plate 112 and the 3rd installing plate 113, described
First coil pinch roller 250 drives rotation by the first rotary electric machine 240；The 4th peace is disposed with second mounting seat 120
Loading board 121, the 5th installing plate 122 and the 6th installing plate 123, the 5th installing plate 122 are placed in the 4th installing plate 121 and the 6th
Between installing plate 123, the second stepper motor 310 is arranged on the 4th installing plate 121, and second screw mandrel one end is fixed on the 6th installation
On plate 123, the other end passes through the motor axis connection of the 5th installing plate 122 and the second stepper motor 310, the second coil pinch roller
Structure includes being arranged on movable the second sliding block 320 on the second screw mandrel and under the drive of the second screw mandrel, is arranged on the second cunning
The second pinch roller installing plate 330 on block 320, the second rotary electric machine 340 being arranged on the second pinch roller installing plate 330, it is arranged on
The second coil pinch roller on second pinch roller installing plate 330, second sliding block 320 are placed in the 5th installing plate 122 and the 6th installation
Between plate 123, the second coil pinch roller drives rotation by the second rotary electric machine 340；Set successively in 3rd mounting seat 130
The 7th installing plate 131, the 8th installing plate 132 and the 9th installing plate 133 are equipped with, the 8th installing plate 132 is placed in the 7th installation
Between the installing plate 133 of plate 131 and the 9th, the tertiary coil pressure roller structure includes being placed in the 8th installing plate 132 and the 9th installation
The 3rd sliding block 411 between plate 133, the one end of adjusting screw rod 421 are connected through the 7th installing plate 131 with the 8th installing plate 132, are adjusted
The other end of screw rod 421 connection adjusting handle 422 is saved, Four-slider is provided between the 3rd sliding block 411 and the 9th installing plate 133
412, the 3rd pinch roller installing plate 430 is provided with Four-slider 412, the 3rd turn is provided with the 3rd pinch roller installing plate 430
Dynamic motor 440 and tertiary coil pinch roller 450, the tertiary coil pinch roller 450 drive rotation, spring by the 3rd rotary electric machine 440
460 one end are connected with Four-slider 412, and the other end of spring 460 is connected with the 3rd sliding block 411, are set on the 8th installing plate 132
There is closing device 470（The closing device 470 include one end be arranged on the 8th installing plate 132 screw rod, be arranged on screw rod
And with the folding block of screw rod rotation, the rotational handle being connected with the screw rod other end）, two are provided with the 3rd sliding block 411 admittedly
Determine screw, two through holes are provided with Four-slider 412：Original state, closing device 470 close, the coil for treating coiling
Between three groups of coil pressure roller structures, turn adjusting handle 422, adjusting screw rod 421 is set to drive the 8th installing plate 132 to the
The direction of three sliding block 411 is moved, and folding block withstands the 3rd sliding block 411 and drives three sliding blocks 411 to move forward, and spring 460 is compressed, bullet
The elastic force of spring 460, which drives Four-slider 412 to move forward, makes tertiary coil pinch roller 450 push down coil, and coil is simultaneously by First Line
Circle pinch roller 250, the second coil pinch roller and the support of tertiary coil pinch roller 450, coil make to the reaction force of tertiary coil pinch roller 450
Four-slider 412 is moved rearwards compression spring 460, changes the distance between the 3rd sliding block 411 and Four-slider 412, is formed pre-
Pressure, after precompression is adjusted, fixation in one of fixing threaded hole is screwed in after a bolt is passed through one of into through hole, will
Another bolt screws in fixation in another fixing threaded hole after passing through another through hole, so as to fix Four-slider 412 and the 3rd
Ultimate range between sliding block 411；Starting loop wire winder, the first rotary electric machine 240 drives first coil pinch roller 250 to rotate,
Second rotary electric machine 340 drives the second coil pinch roller to rotate, and the 3rd rotary electric machine 440 drives tertiary coil pinch roller 450 to rotate, line
Circle drives rotation by first coil pinch roller 250, the second coil pinch roller and tertiary coil pinch roller 450, and coil starts coiling, according to line
The number of turns of coiling calculates the diameter of coil on circle, and the control automatic traction first coil pinch roller 250 of the first stepper motor 210 is realized
Mobile, the second coil of the automatic traction pinch roller of the second stepper motor 310 realizes movement, and tertiary coil pinch roller 450 is with coil diameter
Change is automatically moved back greatly, and spring 460 is further compressed, so as to realize automatically adjusting for coil pressure roller structure position.Using stepping
Motor and spring 460 automatically adjust coil pressure roller structure position, time saving and energy saving instead of manual operation, effectively reduce cost of labor；
And stepper motor and spring 460 automatically adjust according to coil diameter size, avoid manual operation from causing coil puck position to go out
Existing deviation.
Wherein, first coil pinch roller 250 is driven by the first stepper motor 210 in coil-winding process and automatically moves regulation
Position, the second coil pinch roller are driven by the second stepper motor 310 in coil-winding process and automatically move adjusting position, still,
Before coil starts coiling, the position of the coil pinch roller of first coil pinch roller 250 and second is immovable, at this moment, three groups of coil pressures
The precompression that wheel construction puts on coil is adjusted by spring 460：Two fixing threaded holes are provided with the 3rd sliding block 411,
Two through holes are provided with Four-slider 412；Original state, closing device 470 are closed, and the coil for treating coiling is arranged on three groups of lines
Enclose between pressure roller structure, turn adjusting handle 422, adjusting screw rod 421 is driven the 8th installing plate 132 to the side of the 3rd sliding block 411
To movement, folding block withstands the 3rd sliding block 411 and drives three sliding blocks 411 to move forward, and spring 460 is compressed, the elastic force of spring 460
Driving Four-slider 412 to move forward makes tertiary coil pinch roller 450 push down coil, and coil is simultaneously by first coil pinch roller 250, the
Two coil pinch roller and the support of tertiary coil pinch roller 450, coil make Four-slider 412 to the reaction force of tertiary coil pinch roller 450
Compression spring 460 is moved rearwards, changes the distance between the 3rd sliding block 411 and Four-slider 412, forms precompression, precompression
After adjusting, fixation in one of fixing threaded hole is screwed in after a bolt is passed through one of into through hole, by another bolt
Screw in another fixing threaded hole and fix after through another through hole, so as to fix between the sliding block 411 of Four-slider 412 and the 3rd
Ultimate range（When coil starts coiling, the diameter of coil can constantly increase, and Four-slider 412 is with the increase of coil diameter
It can be moved to the direction of the 3rd sliding block 411, spring 460 is further compressed, between the sliding block 411 of Four-slider 412 and the 3rd
Distance can diminish）.
Specifically, original state, closing device 470 close, and folding block withstands the 3rd sliding block 411, and coil starts coiling, line
The diameter of circle can constantly increase, and spring 460 can be further compressed, and now the 3rd sliding block 411 can be oriented by the effect of elastic force
The trend of the direction of 8th installing plate 132 movement, but because folding block withstands the 3rd sliding block 411, make in coil-winding process the
Three sliding blocks 411 can not move toward the direction of the 8th installing plate 132；After coil winding is good, closing device 470 is opened, folding block is not
The 3rd sliding block 411 is withstood again, and further decrement of the spring 460 in coil-winding process is released, and makes Four-slider 412
The distance between 3rd sliding block 411 recovers to the ultimate range before coil winding, the sliding block 411 of Four-slider 412 and the 3rd
The distance between due to there is the fixation of bolt no longer to become big, at this moment need to move the 3rd sliding block 411 to the direction of the 8th installing plate 132
Dynamic, the 3rd sliding block 411 and Four-slider 412 are moved rearwards as an entirety, tertiary coil pinch roller 450 is no longer pushed down line
Circle, coil is departed from three groups of coil pressure roller structures, realize that coil is stripped.
Specifically, the first coil pinch roller 250 sets at least two, and the second coil pinch roller sets at least two, the 3rd
Coil pinch roller 450 sets at least two.During due to irregular iron core winding reciprocal coiling is needed in order to avoid bottom casting lug thereon
Special process requirement（That is coil coiling since one end of casting lug thereon, when coiling is to the casting lug thereon other end, coil along former road around
System is back to one end of casting lug thereon, and so on coiling multilayer, to avoid casting lug thereon coiling）, with the increase line of the coiling number of plies
The diameter of circle is consequently increased, and lug projection forms recess due to " reciprocal coiling ", if three groups of coil pressure roller structures
To the active force deficiency of coil, coil just occurs that the center of circle is deviateed during coiling, causes coiling uneven, irregular,
Cause mass of coil to decline, be unable to reach design standard, the technical program on every group of coil pressure roller structure by setting two
Coil pinch roller above（Three groups of coil pressure roller structures have six coil pinch rollers altogether）Respectively with coil contacts side surfaces and with moving winding
Coiling is realized in rotation, when coil fossaperturate, which turns to, to be contacted with coil press nips, the one of coil pinch roller of coil press nips
Insert in coil fossaperturate（If every group of coil pinch roller only sets a coil pinch roller, when coil pinch roller insertion coil fossaperturate in,
The center of circle of whole coil can be offset to this group of coil pinch roller direction）, another coil pinch roller coil pressing, coil continues to rotate,
Become in another coil pinch roller insertion coil fossaperturate, one of coil pinch roller coil pressing, make in coil press nips
Two coil pinch rollers replace coil pressing, avoid causing displacement to make whole coil stray circle during coil recess to coil pinch roller
The heart, the problem of avoiding the occurrence of discontinuity, it is ensured that coil around line mass.
Further, two first rotating shafts are provided with the first pinch roller installing plate 230, are set in each first rotating shaft
There is a first coil pinch roller 250, first driving wheel is socketed on the motor shaft of the first rotary electric machine 240, each the
First driven pulley is socketed in one rotating shaft, is connected between first driving wheel and the first driven pulley by driving belt, the
One rotary electric machine 240 drives two first coil pinch rollers 250 to rotate simultaneously；Two are provided with the first pinch roller installing plate 230
Second rotating shaft, a second coil pinch roller is provided with each second rotating shaft, is covered on the motor shaft of the second rotary electric machine 340
Second driving wheel is connect, is socketed second driven pulley in each second rotating shaft, second driving wheel and second driven
Connected between wheel by driving belt, the second rotary electric machine 340 drives two the second coil pinch rollers to rotate simultaneously；In the 3rd pinch roller
Two the 3rd rotating shafts are provided with installing plate 430, a tertiary coil pinch roller 450 is provided with each 3rd rotating shaft,
The 3rd driving wheel is socketed on the motor shaft of three rotary electric machines 440, the 3rd driven pulley is socketed in each 3rd rotating shaft,
Connected between 3rd driving wheel and the 3rd driven pulley by driving belt, the 3rd rotary electric machine 440 drives two the simultaneously
Three-winding pinch roller 450 rotates：By setting 6 coil pinch rollers（6 coil pinch rollers are evenly distributed on the circumference of coil side）
Rotate with coil contacts side surfaces and with moving winding respectively and realize coiling, be not in stress when ensureing coil-winding to coil breach
The problem of uneven, it is ensured that coil around line mass.
Specifically, in order to damage coil when ensureing coil pinch roller and coil contact, the first coil pinch roller 250,
Second coil pinch roller and tertiary coil pinch roller 450 are rubber wheel.
Specifically, in order to ensure that coil pressure roller structure is more steady in regulation front and back position, in the second installing plate 112 and the
It is provided with the first guide rod between three installing plates 113, the first sliding block 220 is arranged on the first guide rod and along before the first guide rod
After move；The second guide rod is provided between the 5th installing plate 122 and the 6th installing plate 123, the second sliding block 320 is arranged on
Moved forward and backward on two guide rods and along the second guide rod；The 3rd is provided between the 7th installing plate 131 and the 9th installing plate 133
Guide rod, the 4th guide rod, the 3rd guide rod and the 4th guide rod are respectively placed in the both sides of spring 460, and the 3rd sliding block 411 is set
Put on the 3rd guide rod and the 4th guide rod and moved forward and backward along the 3rd guide rod and the 4th guide rod, Four-slider 412 is set
Put on the 3rd guide rod and the 4th guide rod and moved forward and backward along the 3rd guide rod and the 4th guide rod, the 8th installing plate 132
It is arranged on the 3rd guide rod and the 4th guide rod and is moved forward and backward along the 3rd guide rod and the 4th guide rod.
Specifically, the coil mounting structures include：A first compartment support is arranged in each first rotating shaft
Blade 481, the first compartment support blade 481 are arranged in first rotating shaft by clutch shaft bearing, hold the first compartment
Stipule piece 481 can rotate relative to first rotating shaft, and the first compartment support blade 481 is placed in first coil pinch roller 250 and first
Between driven pulley；A second compartment support blade, the one or the two compartment support are arranged in each second rotating shaft
Blade is arranged in the second rotating shaft by second bearing, make the second compartment support blade can relative to the second axis of rotation, the
Two compartment support blades are placed between the second coil pinch roller and the second driven pulley；One is arranged in each 3rd rotating shaft
Three compartment support blades 483, the 3rd compartment support blade 483 are arranged in the 3rd rotating shaft by 3rd bearing, made
3rd compartment support blade 483 can be placed in tertiary coil pressure relative to the 3rd axis of rotation, the 3rd compartment support blade 483
Between the driven pulley of wheel 450 and the 3rd；The first compartment support blade 481, the second compartment support blade and the 3rd interval
The structure of formula support blade 483 is consistent：Coil is by the first compartment support blade 481, the second compartment support blade and the 3rd
Compartment support blade 483 carries out support simultaneously, and compartment support blade is arranged in rotating shaft by bearing, holds compartment
Stipule piece is not rotated by rotating shaft driving to be influenceed, and when coil is that bottom is provided with the irregular winding of casting lug thereon, coil is with line
Circle pinch roller, which drives constantly to rotate, realizes coiling, and the casting lug thereon of coil bottom, which rotates, to be inserted into the gap of compartment support blade,
Compartment support blade is driven by coil and rotated together, until the casting lug thereon of coil bottom is rotated away from a compartment support blade
Gap, compartment support blade is reached the requirement for completing support coil, and can avoids the casting lug thereon of coil bottom, make
Casting lug thereon arrival interval formula support leaf temporal can freely rotate every formula support blade and allow out position during coil winding, will not hinder
The normal coiling of coil.
Further, as shown in figure 3, the first compartment support blade 481 includes the set being arranged in first rotating shaft
Cylinder and multiple blades for being arranged on evenly and at intervals on sleeve, gap is formed between each two adjacent blades：Coil bottom it is convex
Go out block rotation to be inserted into the gap of two blades, compartment support blade is driven by coil and rotated together, until coil bottom
Casting lug thereon be rotated away from the gaps of two blades, compartment support blade is not hindered the normal coiling of coil.Between each
Gap width between the blade quantity and each two adjacent blades set on formula support blade according to being actually needed setting, if
Blade is too many, and gap width is too small, and the casting lug thereon of coil bottom can not be inserted smoothly, hinders the normal coiling of irregular winding,
If blade is very little, gap width is too big, and compartment support blade influences irregular winding to the underbraced of irregular winding
Around line mass.
In order to prevent coil from can be beated upwards in winding process, coil-winding uniformity is influenceed and around line mass, it is described
The magnet ring drive mechanism of loop wire winder also includes being used to push down coil from coil top, prevents coil in winding process upwards
The coil upper pressure wheel structure of bounce, the coil upper pressure wheel structure include：It is arranged on one first in each first rotating shaft
Pinch roller 491, first upper pressure wheel 491 are placed in the top of first coil pinch roller 250；One is arranged in each second rotating shaft
Second upper pressure wheel, second upper pressure wheel are placed in the top of the second coil pinch roller；One is arranged in each 3rd rotating shaft
Three upper pressure wheels 493, the 3rd upper pressure wheel 493 are placed in the top of tertiary coil pinch roller 450；First upper pressure wheel 491, second
The structure of upper pressure wheel and the 3rd upper pressure wheel 493 is consistent, the first upper pressure wheel 491, the second upper pressure wheel and the 3rd upper pressure wheel 493 simultaneously from
Coil is pushed down above coil.In coil winding process, coil is pushed down from coil top simultaneously by multiple upper pressure wheels, prevents line
Circle beated upwards in winding process, ensure the uniformity of coil-winding, ensure coil around line mass.
Specifically, when coil is regular coil, first upper pressure wheel 491, the second upper pressure wheel and the 3rd upper pressure wheel 493
Use laminated structure.When coil is that top is provided with the irregular winding of casting lug thereon, first upper pressure wheel 491, second
Upper pressure wheel and the 3rd upper pressure wheel 493 use the second compartment blade mounting structures（The second compartment blade mounting structures
It is consistent with the structure of the first compartment support blade 481, repeat no more here）, first upper pressure wheel 491 installed by bearing
In first rotating shaft, the first upper pressure wheel 491 is set to be rotated relative to first rotating shaft, the second upper pressure wheel is arranged on second by bearing
In rotating shaft, the second upper pressure wheel is set to be arranged on the 3rd rotating shaft by bearing relative to the second axis of rotation, the 3rd upper pressure wheel 493
On, make the 3rd upper pressure wheel 493 can be relative to the 3rd axis of rotation：Axis of rotation, by bearing the second compartment blade support
Structure is arranged in rotating shaft, and the second compartment blade mounting structures is not rotated by rotating shaft driving is influenceed, when coil is top
When being provided with the irregular winding of casting lug thereon, coil constantly rotates and realizes coiling, and the casting lug thereon of coil top, which rotates, is inserted into the
In the gap of two compartment blade mounting structures, the second compartment blade mounting structures are driven by coil and rotated together, until line
The casting lug thereon of circle bottom is rotated away from the gap of the second compartment blade mounting structures, has made the second compartment blade mounting structures both
The requirement that coil is pushed down from coil top can be reached, and can avoids the casting lug thereon of coil top, arrives casting lug thereon during coil winding
It can freely be rotated up to the second compartment blade mounting structures during the second compartment blade mounting structures and allow out position, line will not be hindered
The normal coiling of circle.
Specifically, one first regulation spring 494, the first regulation spring 494 are arranged in each first rotating shaft
One end is fixedly connected on the top of first rotating shaft, and the other end of the first regulation spring 494 is connected with the first upper pressure wheel 491；Every
One second regulation spring is arranged in individual second rotating shaft, the second regulation spring one end is fixedly connected on the top of the second rotating shaft
Portion, the other end of the second regulation spring are connected with the second upper pressure wheel；One the 3rd regulation bullet is arranged in each 3rd rotating shaft
Spring 496, described 3rd regulation spring 496 one end are fixedly connected on the top of the 3rd rotating shaft, the other end of the 3rd regulation spring 496
It is connected with the 3rd upper pressure wheel 493：When the diameter of coil constantly increases, regulation spring is constantly compressed, and upper pressure wheel is adjusted automatically
Position is saved, coil is pushed down from coil top.The technical program can according to the change automatic position adjusting function of coil diameter size, from
And coil pressing, it is simple to operate, it is time saving and energy saving.
It should be appreciated that the application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, can
To be improved or converted according to the above description, all these modifications and variations should all belong to the guarantor of appended claims of the present invention
Protect scope.
Claims (10)
1. a kind of magnet ring drive mechanism of loop wire winder, including mounting base, the first installation is provided with plate is fixedly mounted
Seat, the second mounting seat and the 3rd mounting seat, it is characterised in that be provided with the first mounting seat the first stepper motor according to
The change of coil radius and automatically adjust the first coil pressure roller structure of front and back position, is provided with the second mounting seat
Two stepping motor automatically adjusts the second coil pressure roller structure of front and back position according to the change of coil radius, in the 3rd mounting seat
On be provided with the tertiary coil pressure roller structure that spring automatically adjusts front and back position, the first coil pressure roller structure, second
Coil pressure roller structure and tertiary coil pressure roller structure surround the side that is arranged on coil and with coil contacts side surfaces, coil First Line
Circle pressure roller structure, the second coil pressure roller structure and tertiary coil pressure roller structure drive rotation to realize coiling；In the first mounting seat,
It is separately provided for carrying out coil the coil mounting structures of support in two mounting seats and the 3rd mounting seat.
2. the magnet ring drive mechanism of loop wire winder according to claim 1, it is characterised in that in first mounting seat
The first installing plate, the second installing plate and the 3rd installing plate are disposed with, second installing plate is placed in the first installing plate and
Between three installing plates, the first stepper motor is arranged on the first installing plate, and first screw mandrel one end is fixed on the 3rd installing plate, separately
One end is through the motor axis connection of the second installing plate and the first stepper motor, and the first coil pressure roller structure is including being arranged on the
The first sliding block moved forward and backward on one screw mandrel and under the drive of the first screw mandrel, the first pinch roller installation being arranged on the first sliding block
Plate, the first rotary electric machine being arranged on the first pinch roller installing plate, the first coil pinch roller being arranged on the first pinch roller installing plate,
First sliding block is placed between the second installing plate and the 3rd installing plate, and the first coil pinch roller is driven by the first rotary electric machine
Rotate；The 4th installing plate, the 5th installing plate and the 6th installing plate, the 5th installation are disposed with second mounting seat
Plate is placed between the 4th installing plate and the 6th installing plate, and the second stepper motor is arranged on the 4th installing plate, second screw mandrel one end
It is fixed on the 6th installing plate, the other end passes through the motor axis connection of the 5th installing plate and the second stepper motor, second line
Circle pressure roller structure includes being arranged on movable the second sliding block on the second screw mandrel and under the drive of the second screw mandrel, is arranged on second
The second pinch roller installing plate on sliding block, the second rotary electric machine being arranged on the second pinch roller installing plate, it is arranged on the second pinch roller peace
The second coil pinch roller in loading board, second sliding block are placed between the 5th installing plate and the 6th installing plate, second coil
Pinch roller is driven by the second rotary electric machine and rotated；Be disposed with 3rd mounting seat the 7th installing plate, the 8th installing plate and
9th installing plate, the 8th installing plate are placed between the 7th installing plate and the 9th installing plate, the tertiary coil pressure roller structure
Including the 3rd sliding block being placed between the 8th installing plate and the 9th installing plate, adjusting screw rod one end passes through the 7th installing plate and the 8th
Installing plate connects, and adjusting screw rod other end connection adjusting handle, the 4th cunning is provided between the 3rd sliding block and the 9th installing plate
Block, the 3rd pinch roller installing plate is provided with Four-slider, the 3rd rotary electric machine and are provided with the 3rd pinch roller installing plate
Three-winding pinch roller, the tertiary coil pinch roller by the 3rd rotary electric machine drive rotate, both ends of the spring respectively with Four-slider, the 3rd
Sliding block connects, and closing device is provided with the 8th installing plate, the closing device is arranged on the 8th installing plate including one end
Screw rod, the folding block for being arranged on screw rod and being rotated with screw rod, the rotational handle that is connected with the screw rod other end, in the 3rd sliding block
On be provided with two fixing threaded holes, two through holes are provided with Four-slider：Original state, closing device close, treat around
The coil of line is arranged between three groups of coil pressure roller structures, turn adjusting handle, adjusting screw rod is driven the 8th installing plate to the
Three sliding block directions are moved, and folding block withstands the 3rd sliding block and drives three sliding blocks to move forward, and spring is compressed, and the elastic force of spring drives
Four-slider, which moves forward, makes tertiary coil pinch roller push down coil, coil simultaneously by first coil pinch roller, the second coil pinch roller and
Tertiary coil pinch roller support, coil make Four-slider be moved rearwards compression spring the reaction force of tertiary coil pinch roller, change
The distance between 3rd sliding block and Four-slider, precompression is formed, after precompression is adjusted, a bolt is passed through one of
Screw in one of fixing threaded hole and fix after through hole, another fixation spiral shell is screwed in after another bolt is passed through into another through hole
It is fixed in hole, the ultimate range fixed between Four-slider and the 3rd sliding block；Start loop wire winder, the first rotary electric machine drives
First coil pinch roller rotates, and the second rotary electric machine drives the second coil pinch roller to rotate, and the 3rd rotary electric machine drives tertiary coil pressure
Wheel is rotated, and coil is driven by first coil pinch roller, the second coil pinch roller and tertiary coil pinch roller and rotated, and coil starts coiling, root
The diameter of coil is calculated according to the number of turns of coiling on coil, the first stepper motor automatic traction first coil pinch roller of control, which is realized, to be moved
Dynamic, second the second coil of stepper motor automatic traction pinch roller realizes movement, and tertiary coil pinch roller becomes big automatic with coil diameter
After move, spring is further compressed, and realizes automatically adjusting for coil pressure roller structure position.
3. the magnet ring drive mechanism of loop wire winder according to claim 2, it is characterised in that the first coil pinch roller
At least two are set, the second coil pinch roller sets at least two, and tertiary coil pinch roller sets at least two.
4. the magnet ring drive mechanism of loop wire winder according to claim 3, it is characterised in that in the first pinch roller installing plate
On be provided with two first rotating shafts, a first coil pinch roller is provided with each first rotating shaft, in the first rotary electric machine
First driving wheel is socketed on motor shaft, first driven pulley, first driving wheel are socketed in each first rotating shaft
It is connected between the first driven pulley by driving belt, the first rotary electric machine drives two first coil pinch rollers to rotate simultaneously；
Two the second rotating shafts are provided with first pinch roller installing plate, a second coil pinch roller is provided with each second rotating shaft,
Second driving wheel is socketed on the motor shaft of second rotary electric machine, second driven pulley is socketed in each second rotating shaft,
Connected between second driving wheel and the second driven pulley by driving belt, the second rotary electric machine drives two the second lines simultaneously
Pinch roller is enclosed to rotate；Two the 3rd rotating shafts are provided with the 3rd pinch roller installing plate, one is provided with each 3rd rotating shaft
Three-winding pinch roller, the 3rd driving wheel is socketed on the motor shaft of the 3rd rotary electric machine, one is socketed in each 3rd rotating shaft
Individual 3rd driven pulley, connected between the 3rd driving wheel and the 3rd driven pulley by driving belt, the 3rd rotary electric machine is simultaneously
Two tertiary coil pinch rollers are driven to rotate.
5. the magnet ring drive mechanism of loop wire winder according to claim 4, it is characterised in that in the second installing plate and
The first guide rod is provided between three installing plates, the first sliding block is arranged on the first guide rod and moved along before and after the first guide rod
It is dynamic；The second guide rod is provided between the 5th installing plate and the 6th installing plate, the second sliding block is arranged on the second guide rod simultaneously
Moved forward and backward along the second guide rod；The 3rd guide rod, the 4th guide rod are provided between the 7th installing plate and the 9th installing plate,
3rd guide rod and the 4th guide rod are respectively placed in spring both sides, and the 3rd sliding block is arranged on the 3rd guide rod and the 4th and is oriented to
Moved forward and backward on bar and along the 3rd guide rod and the 4th guide rod, Four-slider is arranged on the 3rd guide rod and the 4th guide rod
And moved forward and backward along the 3rd guide rod and the 4th guide rod, the 8th installing plate is arranged on the 3rd guide rod and the 4th guide rod simultaneously
Moved forward and backward along the 3rd guide rod and the 4th guide rod.
6. the magnet ring drive mechanism of the loop wire winder according to claim any one of 2-5, it is characterised in that described first
Coil pinch roller, the second coil pinch roller and tertiary coil pinch roller are rubber wheel.
7. the magnet ring drive mechanism of the loop wire winder according to claim 4 or 5, it is characterised in that at each first turn
A first compartment support blade is arranged on axle, the first compartment support blade is arranged on first by clutch shaft bearing
In rotating shaft, the first compartment support blade is set to be rotated relative to first rotating shaft, the first compartment support blade is placed in First Line
Enclose between pinch roller and the first driven pulley；It is arranged a second compartment support blade in each second rotating shaft, described second
Compartment support blade is arranged in the second rotating shaft by second bearing, makes the second compartment support blade can be relative to second turn
Axle is rotated, and the second compartment support blade is placed between the second coil pinch roller and the second driven pulley；In each 3rd rotating shaft
A the 3rd compartment support blade is arranged, the 3rd compartment support blade is arranged on the 3rd rotating shaft by 3rd bearing
On, the 3rd compartment support blade is placed in tertiary coil pressure relative to the 3rd axis of rotation, the 3rd compartment support blade
Between wheel and the 3rd driven pulley；The first compartment support blade, the second compartment support blade and the 3rd compartment support
The structure of blade is consistent：Coil is by the first compartment support blade, the second compartment support blade and the 3rd compartment support leaf
Piece carries out support simultaneously.
8. the magnet ring drive mechanism of loop wire winder according to claim 7, it is characterised in that first compartment is held
Stipule piece includes the sleeve being arranged in first rotating shaft and the multiple blades being arranged on evenly and at intervals on sleeve, each two are adjacent
Gap is formed between blade.
9. the magnet ring drive mechanism of the loop wire winder according to claim 4 or 5, it is characterised in that also include be used for from
Coil top pushes down coil, the coil upper pressure wheel structure for preventing coil from being beated upwards in winding process, the coil upper pressure wheel
Structure includes：First upper pressure wheel is arranged in each first rotating shaft, first upper pressure wheel is placed in first coil pinch roller
Top；Second upper pressure wheel is arranged in each second rotating shaft, second upper pressure wheel is placed in the second coil pinch roller
Top；The 3rd upper pressure wheel is arranged in each 3rd rotating shaft, the 3rd upper pressure wheel is placed in the upper of tertiary coil pinch roller
Side；The structure of first upper pressure wheel, the second upper pressure wheel and the 3rd upper pressure wheel is consistent, the first upper pressure wheel, the second upper pressure wheel and
Three upper pressure wheels push down coil above coil simultaneously and avoid coil from being beated upwards in winding process, ensure the uniform of coil-winding
Property, ensure coil around line mass.
10. the magnet ring drive mechanism of loop wire winder according to claim 9, it is characterised in that in each first rotating shaft
On be arranged one first regulation spring, the first regulation spring one end is fixedly connected on the top of first rotating shaft, and first adjusts
The other end of section spring is connected with the first upper pressure wheel；It is arranged one second regulation spring in each second rotating shaft, described the
Two regulation spring one ends are fixedly connected on the top of the second rotating shaft, and the other end of the second regulation spring is connected with the second upper pressure wheel；
One the 3rd regulation spring is arranged in each 3rd rotating shaft, the 3rd regulation spring one end is fixedly connected on the 3rd rotating shaft
Top, the 3rd regulation spring the other end be connected with the 3rd upper pressure wheel：When the diameter of coil constantly increases, regulation spring is not
It is disconnected to be compressed, make upper pressure wheel automatic position adjusting function, coil is pushed down from coil top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711002378.5A CN107591243B (en) | 2017-10-24 | 2017-10-24 | Magnetic ring driving mechanism of annular winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711002378.5A CN107591243B (en) | 2017-10-24 | 2017-10-24 | Magnetic ring driving mechanism of annular winding machine |
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| CN107591243A true CN107591243A (en) | 2018-01-16 |
| CN107591243B CN107591243B (en) | 2024-05-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711002378.5A Active CN107591243B (en) | 2017-10-24 | 2017-10-24 | Magnetic ring driving mechanism of annular winding machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108735501A (en) * | 2018-06-27 | 2018-11-02 | 东莞市全刚自动化设备有限公司 | A kind of multiple-shaft synchronizing wire winding equipment of multi-angle line mouth |
| CN110931243A (en) * | 2019-11-23 | 2020-03-27 | 耒阳市亚湘电子科技有限公司 | Magnetic ring winding device of network transformer |
| CN110993315A (en) * | 2019-12-06 | 2020-04-10 | 岳明洋 | Small magnet ring inductor winding device |
| CN111653425A (en) * | 2020-07-11 | 2020-09-11 | 山东泰开电力电子有限公司 | An automatic winding device for an air-core reactor coil and a method of using the same |
| CN112563018A (en) * | 2020-12-07 | 2021-03-26 | 邵阳方邦瑞电子科技有限公司 | Iron core coiling device for transformer production |
| CN117198742A (en) * | 2023-11-06 | 2023-12-08 | 常州市轩朗机电有限公司 | Automatic processing device for electronic components |
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| CN207250326U (en) * | 2017-10-24 | 2018-04-17 | 佛山市荣鑫宝数控设备有限公司 | A kind of magnet ring driving mechanism of loop wire winder |
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| KR100480937B1 (en) * | 2004-08-24 | 2005-04-07 | 주식회사 협성사 | A coil winding device and a method which winds |
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| CN204242812U (en) * | 2014-12-23 | 2015-04-01 | 温州市桑德拉自动化科技有限公司 | Magnetic Ring Positioning Mechanism of Transformer Coil Winding Machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108735501A (en) * | 2018-06-27 | 2018-11-02 | 东莞市全刚自动化设备有限公司 | A kind of multiple-shaft synchronizing wire winding equipment of multi-angle line mouth |
| CN108735501B (en) * | 2018-06-27 | 2023-11-21 | 东莞市全刚自动化设备有限公司 | Multi-axis synchronous winding equipment of multi-angle wire nozzle |
| CN110931243A (en) * | 2019-11-23 | 2020-03-27 | 耒阳市亚湘电子科技有限公司 | Magnetic ring winding device of network transformer |
| CN110993315A (en) * | 2019-12-06 | 2020-04-10 | 岳明洋 | Small magnet ring inductor winding device |
| CN110993315B (en) * | 2019-12-06 | 2021-06-01 | 岳明洋 | Small magnet ring inductor winding device |
| CN111653425A (en) * | 2020-07-11 | 2020-09-11 | 山东泰开电力电子有限公司 | An automatic winding device for an air-core reactor coil and a method of using the same |
| CN112563018A (en) * | 2020-12-07 | 2021-03-26 | 邵阳方邦瑞电子科技有限公司 | Iron core coiling device for transformer production |
| CN112563018B (en) * | 2020-12-07 | 2023-03-24 | 邵阳方邦瑞电子科技有限公司 | Iron core coiling device for transformer production |
| CN117198742A (en) * | 2023-11-06 | 2023-12-08 | 常州市轩朗机电有限公司 | Automatic processing device for electronic components |
| CN117198742B (en) * | 2023-11-06 | 2024-01-19 | 常州市轩朗机电有限公司 | Automatic processing device for electronic components |
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|---|---|
| CN107591243B (en) | 2024-05-28 |
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