CN209388878U - A kind of Full-automatic flat horizontal line common mode inductance winding equipment - Google Patents
A kind of Full-automatic flat horizontal line common mode inductance winding equipment Download PDFInfo
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- CN209388878U CN209388878U CN201821978459.9U CN201821978459U CN209388878U CN 209388878 U CN209388878 U CN 209388878U CN 201821978459 U CN201821978459 U CN 201821978459U CN 209388878 U CN209388878 U CN 209388878U
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Abstract
The utility model discloses a kind of Full-automatic flat horizontal line common mode inductance winding equipments, it include: frame assembly, the feeding device being installed on frame assembly, it is set to the feeding device of feeding device side, it is set to the wire winding tool of feeding device side, it is set to the coil winding system of wire winding tool side, it is set to the wire tension component of coil winding system side and is set to wire tension component side and is used to provide the payingoff mechanism of wire rod, wire winding tool includes the ontology being installed on frame assembly, it is set to the winding base of ontology side, it is installed on ontology other side side and the jacking apparatus for driving winding base raising and lowering, it is set to winding base one end and is used for the line inlet port component to wire guide and is set to winding base two sides and the cover plate assembly for covering winding base, it is formed in winding base for fixed to material Position locating slot and be symmetrically distributed in locating slot both ends and be used for coiling the first arc guide groove and the second arc guide groove.
Description
Technical field:
The utility model relates to coiling production fields, refer in particular to a kind of Full-automatic flat horizontal line common mode inductance winding equipment.
Background technique:
The existing flat wire common mode inductance in market is needed in production around two wire coils.Current wire winding has
Semi-automatic unilateral side winding equipment, two kinds of semi-automatic bilateral winding equipment.
For semi-automatic unilateral coil winding machine coiling, coiling process are as follows: manually product is placed in specific jig, then is passed through
Product is manually turned to the other side again after completing side coiling by floor push or hand push button starting coil winding machine movement, is done same
The coiling process of sample.Operator is will to need the product of coiling in jig by both hands, and starting coil winding machine acts.
It is easy to produce physiological fatigue and coiling unstable quality between affected personnel, these can all influence the area of non-defective unit and defective products
Not, cause product defect rate high, production efficiency is low.It can be seen that using semi-automatic unilateral spooling equipment, not only low efficiency,
Also and it is easy to appear operator's fault, leading to product, there are hidden danger of quality.
For semi-automatic bilateral spooling equipment, then production efficiency is accelerated, but also needs operating personnel and cooperateed with machine
Operation.When operating personnel generates physiological fatigue, in fact it could happen that both hands and machine colleague act, and are easy to appear industrial accident.By
This is as it can be seen that personnel depaly number is more using semi-automatic unilateral spooling equipment or semi-automatic bilateral spooling equipment, and the efficiency produced
It is relatively low, it is easier to industrial accident occur.
In view of this, the present inventor proposes following technical scheme.
Utility model content:
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of Full-automatic flat horizontal line common mode inductance around
Control equipment.
In order to solve the above-mentioned technical problem, the utility model uses a kind of following technical proposals: Full-automatic flat horizontal line
Common mode inductance winding equipment, comprising: frame assembly, is set to feeding device side at the feeding device being installed on frame assembly
And it is used for the feeding device of feeding and discharging, feeding device side is set to and is used for the coiling work in wire rod coiling to material
It fills, be set to wire winding tool side and be used to be sent into the coil winding system of wire rod to wire winding tool, be set to coil winding system side simultaneously
For adjusting the wire tension component of wire tension and being set to wire tension component side and for providing the paying out machine of wire rod
Structure, the wire winding tool include the ontology being installed on frame assembly, the winding base being set on the upside of ontology, are installed on
On the downside of ontology and for driving the jacking apparatus of winding base raising and lowering, being set to winding base one end and for wire rod
The line inlet port component of guiding and it is set to winding base two sides and for covering the cover plate assembly of winding base, the coiling base
The locating slot for positioning to material is formed on seat and is symmetrically distributed in locating slot both ends and is led for the first arc of coiling
To slot and the second arc guide groove.
Furthermore, in above-mentioned technical proposal, the cover plate assembly includes be installed on winding base side
One opening-closing plate, be installed on the winding base other side and with symmetrical second opening-closing plate of the first opening-closing plate, be installed on the first opening-closing plate
It goes up and is used to cover the first cover board of the first arc guide groove in winding base and be installed on the second opening-closing plate and be used to cover
Being formed on second cover board of the second arc guide groove in winding base, first cover board and the second cover board facilitates material to pacify
It is attached to the opening of locating slot.
Furthermore, in above-mentioned technical proposal, the line inlet port component includes the line inlet port being installed on ontology
Seat and the line inlet port cover board on line inlet port seat is covered, the docked with the first arc guide groove is formed on the line inlet port seat
One linear guide groove and the second straight line guide groove docked with the second arc guide groove.
Furthermore, in above-mentioned technical proposal, the coil winding system includes the installation being installed on frame assembly
Plate, the line sending wheel assembly for being installed on mounting plate and docking with line inlet port component are installed on mounting plate and for driving line sending
The folding driving mechanism of wheel assembly folding, the crossed beam trunking component for being installed in a manner of quick-detachable line sending wheel assembly side and
Be installed on the incoming wire guide wheel component of the mounting plate other end, the line sending wheel assembly include lower Wire Wheel group and with lower Wire Wheel
The upper Wire Wheel group for matching and connecting with folding driving mechanism is organized, is all set side by side in the lower Wire Wheel group and upper Wire Wheel group
It is equipped with the first Wire Wheel and the second Wire Wheel, first Wire Wheel is docked with first straight line guide groove, and described second send
Line wheel is docked with second straight line guide groove, and the crossed beam trunking component includes the third line channel docked with the first Wire Wheel
And the 4th line channel docked with the second Wire Wheel.
Furthermore, in above-mentioned technical proposal, the line sending wheel assembly and crossed beam trunking component are all set side by side with two
Group.
Furthermore, in above-mentioned technical proposal, the feeding device includes to be set to feeding device and coiling work
Turntable between dress, is set to swing arm end at the swing arm for being installed on turntable and swinging between feeding device and wire winding tool
And the control unit for being used for the feeding component of feeding and discharging, being installed on turntable and being used to control feeding component feeding and discharging
And it is installed on the lifting rotation divider on frame assembly and for driving turntable lift and rotation.
Furthermore, in above-mentioned technical proposal, the lifting rotation divider includes for driving turntable lift
Lifting drive and device of rotation driving for driving turntable to rotate, there are four the described swing arm settings, is uniformly distributed
It is installed on turntable, there are four the feeding component is also provided with, the feeding component is electromagnet or vacuum suction.
Furthermore, in above-mentioned technical proposal, the feeding device includes the vibration being installed on frame assembly
Try to get to the heart of a matter plate, be installed on vibrating disk bottom plate and for arrange material spiral vibrating disk, be set to the straight of spiral vibrating disk side
It vibration device and is installed on straight vibration device and exports straight vibration track dock with spiral vibrating disk, the feeding component is in the track that directly shakes
Replace movement right above surface and the locating slot in wire winding tool.
Furthermore, in above-mentioned technical proposal, the payingoff mechanism include the motor being installed on frame assembly,
Spool that the paying out reel that is connected to motor by shaft coupling, set are set on paying out reel and for spool to be fixed on paying out reel
Top line cone, the payingoff mechanism be two, with guarantee and meanwhile both threads material is provided；The wire tension component includes
The fixed block that is installed on frame assembly, the fixed pulley group for being installed on fixed block one end, the linear guide being installed on fixed block
And be installed in linear guide and slidable movable pulley, the wire tension component is two groups, and horizontal displacement arranges, with
Guarantee the horizontal interval feeding of both threads material.
Furthermore, in above-mentioned technical proposal, the frame assembly includes organic frame, the machine for being wrapped in Shelf External
Honorable plate, the deck plate for being set to control box side, is set to feeding device side and position at the control box for being installed on frame upper end
In the discharge port on feeding component motion track and it is set to the material taking mouth being connected to below deck plate and with discharge port, the confession
Material device, feeding device, wire winding tool and coil winding system are all installed on deck plate.
After adopting the above technical scheme, the utility model has the following beneficial effects: compared with prior art
1, not only the quality of production is good for the utility model, and production efficiency is also higher by much than semiautomatic equipment, is reduced simultaneously
Operator's quantity avoids the generation of industrial accident.
2, the utility model use replaceable wire winding tool, only need to change wire winding tool can the other models of coiling it is flat
Horizontal line common mode inductance.
3, the utility model is not only solved using semi-automatic unilateral the complicated for operation of coil winding machine, the quality of production is not high, efficiency
It is too low；It is also solved simultaneously using semi-automatic bilateral coil winding machine production efficiency problem, the hair for reducing manual operation, avoiding industrial accident
It is raw.
Detailed description of the invention:
Fig. 1 is the perspective view of the utility model；
Fig. 2 is the perspective view of wire winding tool in the utility model；
Fig. 3 is the enlarged drawing in Fig. 2 at A；
Fig. 4 is the perspective view of coil winding system in the utility model；
Fig. 5 is the schematic diagram of crossed beam trunking component in the utility model；
Fig. 6 is the perspective view of feeding device in the utility model；
Fig. 7 is the perspective view of feeding device in the utility model；
Fig. 8 is the perspective view of payingoff mechanism in the utility model；
Fig. 9 is the perspective view of wire rod tensile members in the utility model；
Figure 10 is the perspective view of the utility model middle fuselage component.
Description of symbols:
1 frame assembly, 11 rack, 12 body panel
13 control box, 14 deck plate, 15 discharge port
16 material taking mouth, 2 feeding device, 21 vibrating disk bottom plate
The straight straight vibration track of vibration device 24 of 22 spiral vibrating disks 23
3 feeding device, 31 lifting rotation divider, 311 lifting drive
312 device of rotation driving, 32 turntable, 33 swing arm
34 feeding component, 35 control unit, 4 wire winding tool
41 ontology, 42 winding base, 421 locating slot
422 first 423 second arc guide groove of arc guide groove, 43 jacking apparatus
44 line inlet port component, 441 line inlet port seat, 442 line inlet port cover board
443 first straight line guide groove, 444 second straight line guide groove, 45 cover plate assembly
451 first opening-closing plate, 452 second opening-closing plate, 453 first cover board
454 second cover boards 455,5 coil winding systems of opening
The lower Wire Wheel group of 51 mounting plate, 52 Wire Wheel group 521
523 first Wire Wheel of Wire Wheel group, 524 second Wire Wheel on 522
53 folding driving mechanism, 54 crossed beam trunking component, 541 third line channel
542 the 4th line channel, 6 wire tension component, 61 fixed block
62 fixed pulley group, 63 linear guide, 64 movable pulley
7 payingoff mechanism, 71 motor, 72 shaft coupling
73 paying out reel, 74 spool, 75 top line cone
Specific embodiment:
The present invention will be further described with attached drawing combined with specific embodiments below.
It is a kind of Full-automatic flat horizontal line common mode inductance winding equipment as shown in Fig. 1 to 10, comprising: frame assembly 1, installation
In on frame assembly 1 feeding device 2, be set to 2 side of feeding device and for the feeding device 3 of feeding and discharging, setting
In 3 side of feeding device and for by wire rod coiling to material wire winding tool 4, be set to 4 side of wire winding tool and be used for
It is sent into the coil winding system 5 of wire rod to wire winding tool 4, is set to 5 side of coil winding system and the wire rod for adjusting wire tension is opened
Power component 6 and it is set to 6 side of wire tension component and for providing the payingoff mechanism 7 of wire rod, the wire winding tool 4 wraps
It includes the ontology 41 being installed on frame assembly 1, the winding base 42 for being set to 41 upside of ontology, be installed on 41 downside of ontology
And for driving the jacking apparatus 43 of 42 raising and lowering of winding base, being set to 42 one end of winding base and for leading to wire rod
To line inlet port component 44 and be set to 42 two sides of winding base and for covering the cover plate assembly 45 of winding base 42, it is described
The locating slot 421 for positioning to material is formed in winding base 42 and be symmetrically distributed in 421 both ends of locating slot and for around
The first arc guide groove 422 and the second arc guide groove 423 of line.
When the wire winding tool 4 works, both threads material enters from line inlet port component 44, respectively along the first arc guide groove
422 and second arc guide groove 423 be wound into material both ends on column, since wire rod is by the first arc guide groove 422 and the
When two arc guide grooves 423, generates deformation and form circular arc, and be gradually wound into material both ends completes coiling on column, thus
Complete the production of common mode inductance.
The cover plate assembly 45 includes the first opening-closing plate 451 for being installed on 42 side of winding base, is installed on coiling
42 other side of pedestal and with symmetrical second opening-closing plate 452 of the first opening-closing plate 451, be installed on the first opening-closing plate 451 and be used for
It covers the first cover board 453 of the first arc guide groove 422 in winding base 42 and is installed on the second opening-closing plate 452 and is used to cover
Firmly in winding base 42 second arc guide groove 423 the second cover board 454, on first cover board 453 and the second cover board 454
It is formed with the opening 455 for facilitating material to be installed to locating slot 421.The cover plate assembly 45 is used to wire rod being pressed on first
In arc guide groove 422 and the second arc guide groove 423, to guarantee that wire rod does not depart from metallic channel in winding, while in coiling
After the completion, when jacking apparatus 43 jacks up winding base 42 upwards, distinguished by the first opening-closing plate 451 and the second opening-closing plate 452
First cover board 453 and the second cover board 454 are pulled open to both ends, keeps both threads material exposed outside, then wire rod can be cut,
So that feeding device 3 takes material after the completion away, while new material being taken back.
The line inlet port component 44 includes the line inlet port seat 441 being installed on ontology 41 and covers in line inlet port seat 441
On line inlet port cover board 442, form the first straight line docked with the first arc guide groove 422 on the line inlet port seat 441
Guide groove 443 and the second straight line guide groove 444 docked with the second arc guide groove 423.
The coil winding system 5 includes the mounting plate 51 being installed on frame assembly 1, is installed on mounting plate 51 simultaneously
The line sending wheel assembly 52 that docks with line inlet port component 44 is installed on mounting plate 51 and for driving line sending wheel assembly 52 to open and close
Folding driving mechanism 53, the crossed beam trunking component 54 that 52 side of line sending wheel assembly is installed in a manner of quick-detachable and installation
In the incoming wire guide wheel component 55 of 51 other end of mounting plate, the line sending wheel assembly 52 includes lower Wire Wheel group 521 and under
Wire Wheel group 521 matches and the upper Wire Wheel group 522 that connect with folding driving mechanism 53, the lower Wire Wheel group 521 and upper
The first Wire Wheel 523 and the second Wire Wheel 524, first Wire Wheel 523 and are all set side by side in Wire Wheel group 522
The docking of one linear guide groove 443, second Wire Wheel 524 are docked with second straight line guide groove 444, the crossed beam trunking group
Part 54 includes the third line channel 541 docked with the first Wire Wheel 523 and docks with the second Wire Wheel 524 the 4th straight
Line guide groove 542.The line sending wheel assembly 52 and crossed beam trunking component 54 is all set side by side with two groups.The coil winding system 5 is logical
It crosses and passes through wire rod among upper Wire Wheel group 522 and lower Wire Wheel group 521, to be straightened when passing through wire rod.
The feeding device 3 include the turntable 32 being set between feeding device 2 and wire winding tool 4, be installed on turn
The swing arm 33 that is swung on disk 32 and between feeding device 2 and wire winding tool 4, be set to 33 end of swing arm and for feeding and
The feeding component 34 of discharging, be installed on turntable 32 and for control 34 feeding of feeding component and discharging control unit 35 and
It is installed on the lifting rotation divider 31 on frame assembly 1 and for driving turntable 32 to go up and down and rotate.
The lifting rotation divider 31 includes the lifting drive 311 and use for driving turntable 32 to go up and down
In the device of rotation driving 312 that driving turntable 32 rotates, there are four the settings of swing arm 33, is uniformly distributed and is installed on turntable 32
On, there are four the feeding component 34 is also provided with, the feeding component 34 is electromagnet or vacuum suction.When feeding portion
When part 34 is using electromagnet, then control unit 35 is conducting slip ring.
The feeding device 2 includes the vibrating disk bottom plate 21 being installed on frame assembly 1, is installed on vibrating disk bottom plate
On 21 and it is used to arrange the spiral vibrating disk 22 of material, is set to the straight vibration device 23 of 22 side of spiral vibrating disk and is installed on straight vibration
The straight vibration track 24 docked is exported on device 23 and with spiral vibrating disk 22, the feeding component 34 is right above directly vibration track 24
Replace movement with right above the locating slot 421 in wire winding tool 4.
The payingoff mechanism 7 includes the motor 71 being installed on frame assembly 1, by shaft coupling 72 and the company of motor 71
Paying out reel 73, the spool 74 that set is set on paying out reel 73 and the top line cone for being fixed on spool 74 on paying out reel 73 connect
75, the payingoff mechanism 7 is two, to guarantee while provide both threads material；The wire tension component 6 includes installation
In the fixed block 61 on frame assembly 1, the fixed pulley group 62 for being installed on 61 one end of fixed block, the straight line being installed on fixed block 61
It guide rail 63 and is installed in linear guide 63 and slidable movable pulley 64, the wire tension component 6 are two groups, and horizontal
Heterogeneous Permutation, to guarantee the horizontal interval feeding of both threads material.
It when spool 74 is installed, will be first installed on paying out reel 73 around the spool 74 of full wire rod, then bore 75 for spool with top line
74 are fixed on paying out reel 73, then control paying out reel 73 by motor 71 and rotate, so that wire rod be released；Spool 74 installs
Afterwards, the wire rod one end being wrapped in spool 74 is pulled out, after the first fixed pulley 621, bypasses movable pulley 64, then fixed through second
Pulley 622 arrives coil winding system 5.
The frame assembly 1 includes organic frame 11, the body panel 12 being wrapped in outside rack 11, is installed on rack 11
The control box 13 of upper end, the deck plate 14 for being set to 13 side of control box are set to 3 side of feeding device and are located at feeding component
Discharge port 15 on 34 motion tracks and the material taking mouth 16 for being set to 14 lower section of deck plate and being connected to discharge port 15, the confession
Material device 2, feeding device 3, wire winding tool 4 and coil winding system 5 are all installed on deck plate 14.
In conclusion material sequences through feeding device 2 and is sent to straight vibration track one by one first when utility model works
24, then sent material in the locating slot 421 into wire winding tool 4 by feeding device 3, meanwhile, by payingoff mechanism 7 by both threads material
It releases, adjusting tension through wire rod tensile members 6 is straightened wire rod tentatively, then wire rod is straightened again through coil winding system 5,
And both threads material is enable steadily to send to wire winding tool 4, after wire rod reaches wire winding tool 4, respectively along the first arc guide groove 422
Bend fixing is carried out with the second arc guide groove 423 and is gradually wound into material both ends, forms two coils, in next step, by pushing up
It rising device 43 and jacks up winding base 42 upwards, the material after the completion of making is lifted up, then cuts wire rod, in next step, by
Material after the completion is transferred to discharge port 14 by feeding device 3, while new material being sent to the locating slot in winding base 42
421, then winding base 42 is dropped to by jacking apparatus 43 and is docked with line inlet port component 44, then carries out coiling, to be formed not
Shutdown is worked continuously.
It certainly, is not to limit the utility model and implement the foregoing is merely specific embodiment of the utility model
Range, all equivalent change or modifications done according to structure, feature and principle described in present utility model application the scope of the patents, should all wrap
It includes in present utility model application the scope of the patents.
Claims (10)
1. a kind of Full-automatic flat horizontal line common mode inductance winding equipment characterized by comprising frame assembly (1) is installed on fuselage
Feeding device (2) on component (1), be set to feeding device (2) side and for the feeding device (3) of feeding, be set to and take
Material device (3) side and for by wire rod coiling to material wire winding tool (4), be set to wire winding tool (4) side and be used in combination
In the coil winding system (5) for giving wire winding tool (4) to be sent into wire rod, it is set to coil winding system (5) side and for adjusting wire tension
Wire tension component (6) and be set to wire tension component (6) side and for providing the payingoff mechanism (7) of wire rod, it is described
Wire winding tool (4) include the ontology (41) being installed on frame assembly (1), the winding base for being set to ontology (41) side
(42), ontology (41) other side and jacking apparatus (43), setting for driving winding base (42) raising and lowering are installed on
In winding base (42) one end and for the line inlet port component (44) to wire guide and it is set to winding base (42) two sides simultaneously
For covering the cover plate assembly (45) of winding base (42), formed in the winding base (42) for being positioned to material
Locating slot (421) and be symmetrically distributed in locating slot (421) both ends and be used for coiling the first arc guide groove (422) and the second arc
Shape guide groove (423).
2. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 1, it is characterised in that: the lid
Board group part (45) includes the first opening-closing plate (451) for being installed on winding base (42) side, is installed on winding base (42) separately
Side and with symmetrical second opening-closing plate (452) of the first opening-closing plate (451), be installed on the first opening-closing plate (451) and for covering
Firmly the first cover board (453) of the first arc guide groove (422) and it is installed on the second opening-closing plate (452) simultaneously in winding base (42)
For covering the second cover board (454) of the second arc guide groove (423) in winding base (42), first cover board (453)
With the opening (455) for facilitating material to be installed to locating slot (421) is formed on the second cover board (454).
3. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 1, it is characterised in that: described enters
Line mouth component (44) includes the line inlet port seat (441) being installed on ontology (41) and covers and enter line on line inlet port seat (441)
Velar plate (442) forms the first straight line docked with the first arc guide groove (422) on the line inlet port seat (441) and leads
To slot (443) and the second straight line guide groove (444) docked with the second arc guide groove (423).
4. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 3, it is characterised in that: it is described around
Linear system system (5) include the mounting plate (51) being installed on frame assembly (1), be installed on mounting plate (51) and with line inlet port group
The line sending wheel assembly (52) of part (44) docking is installed on mounting plate (51) and for driving opening for line sending wheel assembly (52) folding
Conjunction driving device (53), the crossed beam trunking component (54) that line sending wheel assembly (52) side is installed in a manner of quick-detachable and peace
Incoming wire guide wheel component (55) loaded on mounting plate (51) other end, the line sending wheel assembly (52) include lower Wire Wheel group
(521) and with lower Wire Wheel group (521) it matches and the upper Wire Wheel group (522) that is connect with folding driving mechanism (53), it is described
The first Wire Wheel (523) and the second Wire Wheel are all set side by side in lower Wire Wheel group (521) and upper Wire Wheel group (522)
(524), first Wire Wheel (523) is docked with first straight line guide groove (443), second Wire Wheel (524) with
Second straight line guide groove (444) docking, the crossed beam trunking component (54) includes the third docked with the first Wire Wheel (523)
Line channel (541) and the 4th line channel (542) docked with the second Wire Wheel (524).
5. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 4, it is characterised in that: described send
Line wheel component (52) and crossed beam trunking component (54) are all set side by side with two groups.
6. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 2, it is characterised in that: described takes
Material device (3) includes the turntable (32) being set between feeding device (2) and wire winding tool (4), is installed on turntable (32)
And swung between feeding device (2) and wire winding tool (4) swing arm (33), be set to swing arm (33) end and for feeding and
The feeding component (34) of discharging, the control unit for being installed on turntable (32) and being used to control feeding component (34) feeding and discharging
(35) it and is installed on frame assembly (1) and for driving turntable (32) to go up and down and the lifting rotation divider (31) of rotation.
7. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 6, it is characterised in that: the liter
Drop rotary slicer (31) include for drive turntable (32) go up and down lifting drive (311) and for driving turntable
(32) device of rotation driving (312) rotated, there are four the swing arm (33) settings, is uniformly distributed and is installed on turntable (32)
On, there are four the feeding component (34) is also provided with, the feeding component (34) is electromagnet or vacuum suction.
8. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 6, it is characterised in that: the confession
Material device (2) includes the vibrating disk bottom plate (21) being installed on frame assembly (1), is installed on vibrating disk bottom plate (21) and is used in combination
In arrangement material spiral vibrating disk (22), be set to the straight vibration device (23) of spiral vibrating disk (22) side and be installed on straight vibration device
(23) the straight vibration track (24) docked is exported on and with spiral vibrating disk (22), the feeding component (34) is in directly vibration track
(24) replace movement with right above the locating slot (421) in wire winding tool (4) right above.
9. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 1, it is characterised in that: described puts
Line mechanism (7) includes the motor (71) being installed on frame assembly (1), is put with what motor (71) was connect by shaft coupling (72)
The spool (74) and be used to for spool (74) to be fixed on the top on paying out reel (73) that spool (73), set are set on paying out reel (73)
Line bores (75), and the payingoff mechanism (7) is two, to guarantee while provide both threads material；The wire tension component (6)
It include the fixed block (61) being installed on frame assembly (1), the fixed pulley group (62) for being installed on fixed block (61) one end, installation
In the linear guide (63) on fixed block (61) and simultaneously slidable movable pulley (64) is installed on linear guide (63), it is described
Wire tension component (6) is two groups, and horizontal displacement arranges, to guarantee the horizontal interval feeding of both threads material.
10. a kind of Full-automatic flat horizontal line common mode inductance winding equipment according to claim 1, it is characterised in that: described
Frame assembly (1) includes organic frame (11), is wrapped in the external body panel (12) of rack (11), is installed on rack (11) upper end
Control box (13), be set to control box (13) side deck plate (14), be set to feeding device (3) side and be located at feeding
Discharge port (15) on component (34) motion track and it is set to the feeding being connected to below deck plate (14) and with discharge port (15)
Mouth (16), the feeding device (2), feeding device (3), wire winding tool (4) and coil winding system (5) are all installed on deck plate
(14) on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821978459.9U CN209388878U (en) | 2018-11-28 | 2018-11-28 | A kind of Full-automatic flat horizontal line common mode inductance winding equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821978459.9U CN209388878U (en) | 2018-11-28 | 2018-11-28 | A kind of Full-automatic flat horizontal line common mode inductance winding equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209388878U true CN209388878U (en) | 2019-09-13 |
Family
ID=67865916
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821978459.9U Expired - Fee Related CN209388878U (en) | 2018-11-28 | 2018-11-28 | A kind of Full-automatic flat horizontal line common mode inductance winding equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209388878U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109448985A (en) * | 2018-11-28 | 2019-03-08 | 吴海莽 | A kind of Full-automatic flat horizontal line common mode inductance winding equipment |
-
2018
- 2018-11-28 CN CN201821978459.9U patent/CN209388878U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109448985A (en) * | 2018-11-28 | 2019-03-08 | 吴海莽 | A kind of Full-automatic flat horizontal line common mode inductance winding equipment |
| CN109448985B (en) * | 2018-11-28 | 2024-07-19 | 深圳市吉祥腾达电子有限公司 | Full-automatic flat wire common mode inductance coiling equipment |
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Granted publication date: 20190913 Termination date: 20191128 |