CN109273250A - A kind of transformer framework bobbin winder device and its technique - Google Patents
A kind of transformer framework bobbin winder device and its technique Download PDFInfo
- Publication number
- CN109273250A CN109273250A CN201811264314.7A CN201811264314A CN109273250A CN 109273250 A CN109273250 A CN 109273250A CN 201811264314 A CN201811264314 A CN 201811264314A CN 109273250 A CN109273250 A CN 109273250A
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- coiling
- skeleton
- transformer framework
- tie rod
- gear
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F41/00—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties
- H01F41/02—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties for manufacturing cores, coils, or magnets
- H01F41/04—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties for manufacturing cores, coils, or magnets for manufacturing coils
- H01F41/06—Coil winding
- H01F41/08—Winding conductors onto closed formers or cores, e.g. threading conductors through toroidal cores
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- Power Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Manufacture Of Motors, Generators (AREA)
Abstract
The invention discloses a kind of transformer framework bobbin winder device, including hollow rotating shaft, the front end of the hollow rotating shaft is equipped with rotation coiling unit, and the rotation coiling unit is with the hollow rotating shaft synchronous rotary；It further include to coiling transformer framework, described synchronize to coiling transformer framework is mounted in the rotation coiling unit；Structure of the invention is simple, realizes fast assembling-disassembling and the disassembly of transformer framework, and although gear is the relationship being meshed with the tooth form bar, tooth form bar opposed gear also slides in the axial direction while doing gear motion；And then threaded screw rod drives mandril and tooth form bar to be pushed forward in the axial direction into and then controlling the propulsion and contraction of piston.
Description
Technical field
The invention belongs to field transformer more particularly to a kind of transformer framework bobbin winder device and its techniques.
Background technique
The transformer of E shape iron core is common power transformer, the technical process of the skeleton of the transformer in coiling
It is middle to there is handling inconvenience, it is easy the phenomenon that loosening.
Summary of the invention
Goal of the invention: in order to overcome the deficiencies in the prior art, the present invention provides a kind of skeleton convenient for disassembly and assembly one
Kind transformer framework bobbin winder device and its technique.
Technical solution: to achieve the above object, a kind of transformer framework bobbin winder device of the invention, including hollow rotating shaft,
The front end of the hollow rotating shaft is equipped with rotation coiling unit, and the rotation coiling unit is with the hollow rotating shaft synchronous rotary；
It further include to coiling transformer framework, described synchronize to coiling transformer framework is mounted in the rotation coiling unit；
The side of the hollow rotating shaft is also horizontally disposed linear motor, the extension side of the line handspike of the linear motor
To parallel with the hollow rotating shaft, the end integration of the line handspike is connected with vertical wire guide plate support column, institute
The top for stating wire guide plate support column is fixedly connected with vertical wire guide plate, face where the wire guide plate with it is described
Hollow rotating shaft axis is parallel；Hollow out is provided with wire guide on the upside of the plate face of the wire guide plate, and winding wire can pass through described
Wire guide, height where the wire guide are higher by described to height where coiling transformer framework upper end；The wire guide is with straight
Line push rod synchronous shift.
Further, concentric in the hollow rotating shaft to be provided with hollow passageway, perforation setting before and after the hollow passageway,
Also concentric in the hollow passageway to be provided with the rounded mandril in section, the concentric integration of the tail end of the mandril is connected with
Threaded screw rod, the also concentric integration of the tail end of the threaded screw rod are connected with tooth form bar, and the shaft section of the tooth form bar is in tooth
Contoured surface is taken turns, tooth form bar both ends are additionally provided with round position-arresting disk；
Screw rodb base, the threaded screw rod and the threaded hole phase on the screw rodb base are installed on the shell of the synchronous motor
Mutually cooperation, rotational energy of the threaded screw rod on screw rodb base drive the mandril to promote in the axial direction；
Gear motor is also equipped on the plant bottom case, the output shaft synchronous of the gear motor is connected with gear, institute
It states gear to be meshed with the tooth form bar, and the tooth form bar energy opposed gear slides in the axial direction；
It further include plant bottom case, the plant bottom case is equipped with shaft seat；The hollow rotating shaft is rotatably installed in described turn
On axle bed；The tail portion of the hollow rotating shaft is provided with synchronizing wheel, and synchronous motor, the synchronization are also equipped on the plant bottom case
The output shaft of motor is sequentially connected by toothed belt transmission unit and the synchronizing wheel, and the synchronous motor can drive described hollow
Shaft synchronous rotary.
Further, the rotation coiling unit includes limit plate, and the centre of the limit plate is vertically fixedly connected
The front end of the hollow rotating shaft；The leading flank of the limit plate is provided with two retention beads；The front side of the limit plate is also vertical
It is fixedly installed piston boit, the piston boit and the concentric setting of the hollow rotating shaft；The inside of the piston boit is logical for piston
Road, the front end of the concentric connection hollow passageway of piston channel；Piston is movably set in the piston channel, it is described
The front end of piston is concentric to be connected with pull rod, and the ending vertical of the pull rod is connected with the hard tie rod of strip, and the pull rod
End be connected to the middle part of the hard tie rod, and the vertical posture setting of the hard tie rod；The piston channel is close to institute
The one end for stating hard tie rod is internally provided with spring retainer ring, and relaxation power spring, the relaxation power are also arranged on the pull rod
The both ends of spring press the piston and spring retainer ring respectively；The front end of the mandril is provided with top dome, the mandril front end
Top dome press the piston.
Further, it is described to coiling transformer framework include rectangular in cross-section tube of skeleton, the both ends of the tube of skeleton
Profile is respectively arranged with cricoid first skeleton side and the second skeleton side；Hollow out is provided with two on first skeleton side
Limit fabrication hole；Two retention beads are corresponding with two limit fabrication holes on first skeleton side；It is described to coiling
The lateral surface of first skeleton side of transformer framework sticks on the leading flank of the limit plate, and the two retention bead limits
In in the two limit fabrication holes；The length of the hard tie rod is L, the longitudinal direction of the running-on end Internal periphery in the tube of skeleton
Side length is D, and the catercorner length of the running-on end Internal periphery in the tube of skeleton is S, meets D < L < S；It is described to become to coiling
Depressor skeleton is positioned between the hard tie rod and first skeleton side；
The front side of the limit plate is also vertically fixedly installed hollow guide post, the hollow guide post be located at the piston boit just on
Side；It is the guide hole of front and back perforation in the hollow guide post；Guide post, the guide post and institute are also vertically installed on the hard tie rod
State the concentric setting of hollow guide post, and the end of the guide post concentric is protruded into the guide hole.
Further, a kind of technique of transformer framework bobbin winder device:
Pioneer's movable tooth turbin generator Positive work rotates gear band movable tooth shape bar along axis, and then is in threaded screw rod
Rotate in the forward direction state；Although gear is the relationship being meshed with the tooth form bar, tooth form bar opposed gear does the same of gear motion
When also slide in the axial direction；And then threaded screw rod drives mandril and tooth form bar to be pushed forward in the axial direction into and then keeping mandril last
The top dome at end pushes the screen resilience of piston overpowers relaxation power spring simultaneously to do forward movement, so make hard tie rod and limit plate it
Between distance to increase to be more than entire length to coiling transformer framework；The posture to coiling transformer framework is adjusted at this time,
It is aligned the diagonal line of the running-on end Internal periphery in the tube of skeleton with hard tie rod, since catercorner length S is greater than hard
Tie rod length L, and then so that hard tie rod is passed through the running-on in tube of skeleton, and then make to be in hard to coiling transformer framework
Position between tie rod and limit plate continues to adjust the limit made to the posture of coiling transformer framework on the first skeleton side at this time
Retention bead on the fabrication hole alignment limit plate of position, and it is limited in two retention beads in the two limit fabrication holes,
In this case, hard tie rod and the longitudinal edge of the running-on end Internal periphery in tube of skeleton are parallel to each other；Again sliding tooth at this time
Turbin generator antiport rotates gear band movable tooth shape bar along axis, and then threaded screw rod is made to be in reverse rotation state；Tooth form
It is also slided in the axial direction while bar opposed gear does gear motion, and then threaded screw rod drives mandril and tooth form bar along axis
Direction pusher is into and then making the top dome of jack end do contractile motion backward, release plunger, and then in the press of relaxation power spring
Under thrust, piston is pushed to do movement backward, and then hard tie rod is made to move closer to the movement of limit plate, since it is vertical
It is less than hard tie rod length L to side length D, and the cooperation of the hollow guide post and guide post makes hard tie rod be in vertical appearance always
State, when hard tie rod moves to the second skeleton side position, the upper and lower ends of hard tie rod can contact the second skeleton side
The position up and down of the lateral surface on side, and then make the pulling force to coiling transformer framework by hard tie rod, and then keep limit plate tight
Be attached on limit plate, and the pulling force of the hard tie rod from relaxation power spring screen resilience rather than rigid tensile, because without
It will appear the phenomenon that excessive damage of pulling force is to coiling transformer framework, complete the tooling to coiling transformer framework at this time；
Then start linear motor, and then make wire guide lateral displacement to the corresponding position of coiling transformer framework,
The end of a thread to the winding wire of coiling is passed through into the wire guide, and passes through the winding wire of the wire guide to around line transformer
Manual coiling three to four is enclosed on the tube of skeleton of skeleton；Then start synchronous translator, and then drive limit plate and to coiling transformation
Device skeleton synchronous rotary；Start automatic winding on tube of skeleton at this time；Linear motor is driven at the same time, and then makes wire guide along bone
Frame cylinder axial direction slowly moves, and then the coil for realizing coiling on tube of skeleton is in the shape of a spiral, improves the uniformity of coiling；
The end of a thread is cut after completing to the winding wire coiling on tube of skeleton, is driven gear motor Positive work again, is made
Gear band movable tooth shape bar is rotated along axis, and then is in threaded screw rod and is rotated in the forward direction state；Although gear and the tooth form bar
It is the relationship being meshed, tooth form bar opposed gear also slides in the axial direction while doing gear motion；And then threaded screw rod band
Dynamic mandril and tooth form bar are pushed forward in the axial direction into and then the top dome of jack end being made to push returning for piston overpowers relaxation power spring
Elastic force simultaneously does forward movement, and then increasing to the distance between hard tie rod and limit plate is more than to coiling transformer framework
Entire length, and then make to complete coiling be in relaxed state to coiling transformer framework, and then adjustment has been completed
The posture to coiling transformer framework, make the running-on end Internal periphery in the tube of skeleton diagonal line and hard tie rod pair
Together, and then make to have completed smoothly separates with rotation coiling unit to coiling transformer framework, then by tube of skeleton
The end of a thread that coil is completed in coiling is pierced by by the first skeleton side upper limit fabrication hole, so one transformer framework of completion around
The technique of coil processed.
The utility model has the advantages that structure of the invention is simple, fast assembling-disassembling and the disassembly of transformer framework, gear and the tooth are realized
Although shape bar is the relationship being meshed, tooth form bar opposed gear also slides in the axial direction while doing gear motion；And then spiral shell
Line screw rod drives mandril and tooth form bar to be pushed forward in the axial direction into and then controlling the propulsion and contraction of piston.
Detailed description of the invention
Attached drawing 1 is integral device first structure diagram of the present invention；
Attached drawing 2 is the second structural schematic diagram of integral device of the present invention；
Attached drawing 3 is integral device third structural schematic diagram of the present invention；
Attached drawing 4 is the 4th structural schematic diagram of integral device (having concealed to coiling transformer framework) of the present invention；
Attached drawing 5 is the partial structural diagram of running part of the present invention；
Attached drawing 6 is partly cut-away's structural schematic diagram of rotating part of the present invention；
Attached drawing 7 is to coiling transformer framework and transformer framework coiling unit separate state diagram；
Attached drawing 8 is transformer framework coiling unit structural schematic diagram；
Attached drawing 9 is to the structural schematic diagram under coiling transformer framework and transformer framework coiling unit assembled state；
Attached drawing 10 is the axial view when diagonal line of coiling transformer framework end Internal periphery is aligned with hard tie rod；
Attached drawing 11 is transformer framework structure schematic diagram；
Attached drawing 12 is that transformer framework and transformer core cooperate schematic diagram.
Specific embodiment
The present invention will be further explained with reference to the accompanying drawing.
A kind of transformer framework bobbin winder device as shown in attached drawing 1 to 12, including hollow rotating shaft 20, the hollow rotating shaft 20
Front end rotation coiling unit is installed, the rotation coiling unit is with 20 synchronous rotary of hollow rotating shaft；Further include to around
Line transformer skeleton 26, described synchronize to coiling transformer framework 26 are mounted in the rotation coiling unit；
The side of the hollow rotating shaft 20 is also horizontally disposed linear motor 83, the line handspike 82 of the linear motor 83
Extending direction it is parallel with the hollow rotating shaft 20, the end integration of the line handspike 82 is connected with vertical conducting wire guidance
Plate support column 81, the top of the wire guide plate support column 81 are fixedly connected with vertical wire guide plate 21, the conducting wire
21 place face of directing plate is parallel with 20 axis of hollow rotating shaft；Hollow out, which is provided with, on the upside of the plate face of the wire guide plate 21 leads
String holes 23, winding wire 22 can pass through the wire guide 23, and height where the wire guide 23 is higher by described to around line transformer
Height where 26 upper end of skeleton；The wire guide 23 is with 82 synchronous shift of line handspike.
It is concentric in the hollow rotating shaft 20 to be provided with hollow passageway 85, setting, institute are penetrated through before and after the hollow passageway 85
It states and also concentric in hollow passageway 85 is provided with the rounded mandril 86 in section, the concentric integration company of the tail end of the mandril 86
It is connected to threaded screw rod 74, the also concentric integration of the tail end of the threaded screw rod 74 is connected with tooth form bar 73, the tooth form bar 73
Shaft section be in gear profile face, 73 both ends of tooth form bar are additionally provided with round position-arresting disk 72；
Screw rodb base 75 is installed on the shell of the synchronous motor 78, the threaded screw rod 74 on the screw rodb base 75
Threaded hole 117 cooperates, and rotational energy of the threaded screw rod 74 on screw rodb base 75 drives the mandril 86 in the axial direction
It promotes；
Gear motor 71 is also equipped on the plant bottom case 27, the output shaft synchronous connection of the gear motor 71 is with teeth
Wheel 84, the gear 84 is meshed with the tooth form bar 73, and 73 energy opposed gear 84 of the tooth form bar slides in the axial direction；
It further include plant bottom case 27, the plant bottom case 27 is equipped with shaft seat 3；The hollow rotating shaft 20 is rotatably installed in
On the shaft seat 3；The tail portion of the hollow rotating shaft 20 is provided with synchronizing wheel 77, is also equipped with synchronization on the plant bottom case 27
The output shaft 79 of motor 78, the synchronous motor 78 is sequentially connected by toothed belt transmission unit 77 and the synchronizing wheel 77, institute
20 synchronous rotary of hollow rotating shaft can be driven by stating synchronous motor 78.
The rotation coiling unit includes limit plate 5, and the centre of the limit plate 5 is vertically fixedly connected described hollow
The front end of shaft 20；The leading flank of the limit plate 5 is provided with two retention beads 19；The front side of the limit plate 5 is also vertically solid
Surely piston boit 13, the piston boit 13 and the concentric setting of the hollow rotating shaft 20 are provided with；The inside of the piston boit 13 is
Piston channel 16, the front end of the concentric connection hollow passageway 85 of piston channel 16；It is movable in the piston channel 16
It is provided with piston 15, the front end of the piston 15 is concentric to be connected with pull rod 18, and the ending vertical of the pull rod 18 is connected with item
The hard tie rod 11 of shape, and the end of the pull rod 18 is connected to the middle part of the hard tie rod 11, and the hard tie rod 11
Vertical posture setting；The piston channel 16 is internally provided with spring retainer ring 17, institute close to one end of the hard tie rod 11
It states and is also arranged with relaxation power spring 7 on pull rod 18, the both ends of the relaxation power spring 7 press the piston 15 and spring limit respectively
Position ring 17；The front end of the mandril is provided with top dome 187, and the top dome 187 of 86 front end of mandril presses the piston 15.
The tube of skeleton 18 to coiling transformer framework 26 including rectangular in cross-section, the both ends profile of the tube of skeleton 18
It is respectively arranged with cricoid first skeleton side 05 and the second skeleton side 10；Hollow out is provided on first skeleton side 05
Two limit fabrication holes 25；Two retention beads 19 are corresponding with two limit fabrication holes 25 on first skeleton side 05；
The lateral surface of the first skeleton side 05 to coiling transformer framework 26 sticks on the leading flank of the limit plate 5, and two
The retention bead 19 is limited in the two limit fabrication holes 25；The length of the hard tie rod 11 is L, the tube of skeleton 18
The longitudinal side length of interior running-on end Internal periphery 35 is D, the diagonal line length of the running-on end Internal periphery 35 in the tube of skeleton 18
Degree is S, meets D < L < S；It is described to be positioned in the hard tie rod 11 and first skeleton side to coiling transformer framework 26
Between side 05；
Hollow guide post 33 is also vertically fixedly installed in the front side of the limit plate 5, and the hollow guide post 33 is located at the piston
Right above column 13；It is the guide hole 4 of front and back perforation in the hollow guide post 33；Guide post is also vertically installed on the hard tie rod 11
9, the guide post 9 and the concentric setting of the hollow guide post 33, and the end of the guide post 9 concentric is protruded into the guide hole 4.
The method of this programme, process and technological progress arrange as follows:
71 Positive work of pioneer's movable tooth turbin generator makes gear 84 that tooth form bar 73 be driven to rotate along axis, and then makes screw thread silk
Bar 74 is in and rotates in the forward direction state；Although gear 84 is the relationship being meshed, 73 opposed gear of tooth form bar with the tooth form bar 73
84 also slide in the axial direction while doing gear motion；And then threaded screw rod 74 drives mandril 86 and tooth form bar 73 along axis side
It pushes ahead, and then makes the top dome 187 of 86 end of mandril that piston 15 be pushed to overcome the screen resilience of relaxation power spring 7 and do forward
Movement, and then increasing to the distance between hard tie rod 11 and limit plate 5 is more than to the whole long of coiling transformer framework 26
Degree；The posture to coiling transformer framework 26 is adjusted at this time, makes the diagonal of the running-on end Internal periphery 35 in the tube of skeleton 18
Line is aligned with hard tie rod 11, since catercorner length S is greater than 11 length L of hard tie rod, and then wears hard tie rod 11 smoothly
The running-on in tube of skeleton 18 is crossed, and then makes to be in the position between hard tie rod 11 and limit plate 5 to coiling transformer framework 26,
Continue to adjust at this time makes the limit fabrication hole 25 on the first skeleton side 05 be aligned limit to the posture of coiling transformer framework 26
Retention bead 19 on plate 5, and it is limited in two retention beads 19 in the two limit fabrication holes 25, in this state
Under, hard tie rod 11 and the longitudinal edge of the running-on end Internal periphery 35 in tube of skeleton 18 are parallel to each other；Drive gear again at this time
71 antiport of motor makes gear 84 that tooth form bar 73 be driven to rotate along axis, and then is in threaded screw rod 74 and reversely rotates shape
State；73 opposed gear 84 of tooth form bar also slides in the axial direction while doing gear motion, and then threaded screw rod 74 drives mandril
86 and tooth form bar 73 in the axial direction pusher into and then the top dome 187 of 86 end of mandril being made to do contractile motion backward, release is lived
Plug 15, and then under the press thrust of relaxation power spring 7, push piston 15 to do movement backward, and then make hard tie rod 11
The movement for moving closer to limit plate 5, since its longitudinal side length D is less than 11 length L of hard tie rod, and hollow 33 He of guide post
The cooperation of guide post 9 makes hard tie rod 11 always in vertical posture, where hard tie rod 11 moves to the second skeleton side 10
When position, the upper and lower ends of hard tie rod 11 can contact the position up and down of the lateral surface of the second skeleton side 10, so make to around
Pulling force of the line transformer skeleton 26 by hard tie rod 11, and then it is tightly attached to limit plate 5 on limit plate 5, and the hard is drawn
The pulling force of item 11 from relaxation power spring 7 screen resilience rather than rigid tensile, because without pulling force it is excessive damage to around
The phenomenon that line transformer skeleton 26, completes the tooling to coiling transformer framework 26 at this time；
Then start linear motor 83, and then keep 23 lateral displacement of wire guide extremely corresponding to coiling transformer framework 26
The end of a thread to the winding wire 22 of coiling is passed through the wire guide 23, and passes through the winding wire 22 of the wire guide 23 by position
Manual coiling three to four is enclosed on the tube of skeleton 18 to coiling transformer framework 26；Then start synchronous translator 78, and then drive
Move limit plate 5 and to 26 synchronous rotary of coiling transformer framework；Start automatic winding on tube of skeleton 18 at this time；It drives at the same time
Linear motor 83, and then move wire guide 23 slowly along 18 axial direction of tube of skeleton, and then realize coiling on tube of skeleton 18
Coil in the shape of a spiral, improves the uniformity of coiling；
The end of a thread is cut after completing to 22 coiling of winding wire on tube of skeleton 18, drives pioneer's movable tooth turbin generator 71 again
Positive work makes gear 84 that tooth form bar 73 be driven to rotate along axis, and then is in threaded screw rod 74 and rotates in the forward direction state；Gear
Although 84 be the relationship being meshed with the tooth form bar 73, also along axis while 73 opposed gear 84 of tooth form bar does gear motion
Direction sliding；And then threaded screw rod 74 drives mandril 86 and tooth form bar 73 to be pushed forward in the axial direction into and then making 86 end of mandril
Top dome 187 push piston 15 overcome the screen resilience of relaxation power spring 7 and do forward movement, and then make hard tie rod 11 and limit
It is more than entire length to coiling transformer framework 26 that position the distance between plate 5, which increases to, so make to complete coiling to
Coiling transformer framework 26 is in relaxed state, and then adjusts the posture to coiling transformer framework 26 completed, and makes institute
The diagonal line for stating the running-on end Internal periphery 35 in tube of skeleton 18 is aligned with hard tie rod 11, so make to have completed to coiling
Transformer framework 26 is smoothly separated with rotation coiling unit, then passes through the end of a thread that coil is completed in coiling on tube of skeleton 18
First skeleton side, 05 upper limit fabrication hole 25 is pierced by, and then completes the technique of the coiling of a transformer framework.
The above is only a preferred embodiment of the present invention, it should be pointed out that: for the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also answered
It is considered as protection scope of the present invention.
Claims (5)
1. a kind of transformer framework bobbin winder device, it is characterised in that: including hollow rotating shaft (20), before the hollow rotating shaft (20)
End is equipped with rotation coiling unit, and the rotation coiling unit is with the hollow rotating shaft (20) synchronous rotary；It further include to coiling
Transformer framework (26), described synchronize to coiling transformer framework (26) are mounted in the rotation coiling unit；
The side of the hollow rotating shaft (20) is also horizontally disposed to be had linear motor (83), the line handspike of the linear motor (83)
(82) extending direction is parallel with the hollow rotating shaft (20), and the end integration of the line handspike (82) is connected with vertical
The top of wire guide plate support column (81), the wire guide plate support column (81) is fixedly connected with vertical wire guide plate
(21), face where the wire guide plate (21) is parallel with the hollow rotating shaft (20) axis；The wire guide plate (21)
Hollow out is provided with wire guide (23) on the upside of plate face, and winding wire (22) can pass through the wire guide (23), the wire guide (23)
Place height is higher by described to height where coiling transformer framework (26) upper end；The wire guide (23) is with line handspike (82)
Synchronous shift.
2. a kind of transformer framework bobbin winder device according to claim 1, it is characterised in that: in the hollow rotating shaft (20)
Concentric to be provided with hollow passageway (85), perforation is arranged before and after the hollow passageway (85), also same in the hollow passageway (85)
Axle center is provided with the rounded mandril in section (86), and the concentric integration of tail end of the mandril (86) is connected with threaded screw rod
(74), the also concentric integration of tail end of the threaded screw rod (74) is connected with tooth form bar (73), the axis of the tooth form bar (73)
Section is in gear profile face, and tooth form bar (73) both ends are additionally provided with round position-arresting disk (72)；
It is equipped with screw rodb base (75) on the shell of the synchronous motor (78), the threaded screw rod (74) and the screw rodb base (75)
On threaded hole (117) cooperate, rotational energy of the threaded screw rod (74) on screw rodb base (75) drives the mandril
(86) it promotes in the axial direction；
It is also equipped with gear motor (71) on the plant bottom case (27), the output shaft synchronous of the gear motor (71) is connected with
Gear (84), the gear (84) are meshed with the tooth form bar (73), and the tooth form bar (73) can opposed gear (84) edge
Axis direction sliding；
It further include plant bottom case (27), the plant bottom case (27) is equipped with shaft seat (3)；Hollow rotating shaft (20) the rotation peace
On the shaft seat (3)；The tail portion of the hollow rotating shaft (20) is provided with synchronizing wheel (77), on the plant bottom case (27)
Be also equipped with synchronous motor (78), the output shaft (79) of the synchronous motor (78) by toothed belt transmission unit (77) with it is described
Synchronizing wheel (77) transmission connection, the synchronous motor (78) can drive the hollow rotating shaft (20) synchronous rotary.
3. a kind of transformer framework bobbin winder device according to claim 2, it is characterised in that: the rotation coiling unit packet
It includes limit plate (5), the centre of the limit plate (5) is vertically fixedly connected with the front end of the hollow rotating shaft (20)；The limit
The leading flank of position plate (5) is provided with two retention beads (19)；The front side of the limit plate (5) is also vertically fixedly installed piston boit
(13), the piston boit (13) and the hollow rotating shaft (20) concentric setting；The inside of the piston boit (13) is logical for piston
Road (16), the front end of the concentric connection hollow passageway (85) of piston channel (16)；It is living in the piston channel (16)
Dynamic to be provided with piston (15), the front end of the piston (15) is concentric to be connected with pull rod (18), and the end of the pull rod (18) is hung down
The direct-connected hard tie rod (11) for being connected to strip, and the end of the pull rod (18) is connected to the middle part of the hard tie rod (11),
And the vertical posture setting of the hard tie rod (11)；The piston channel (16) is inside one end of the hard tie rod (11)
It is provided with spring retainer ring (17), relaxation power spring (7) is also arranged on the pull rod (18), the relaxation power spring (7)
Both ends press the piston (15) and spring retainer ring (17) respectively；The front end of the mandril is provided with top dome (187), the top
The top dome (187) of bar (86) front end presses the piston (15).
4. a kind of transformer framework bobbin winder device according to claim 3, it is characterised in that: described to around line transformer bone
Frame (26) includes the tube of skeleton (18) of rectangular in cross-section, and the both ends profile of the tube of skeleton (18) is respectively arranged with cricoid first
Skeleton side (05) and the second skeleton side (10)；Hollow out is provided with two limit fabrication holes on first skeleton side (05)
(25)；Two retention beads (19) are corresponding with two limits fabrication hole (25) on first skeleton side (05)；It is described
The lateral surface of the first skeleton side (05) to coiling transformer framework (26) sticks on the leading flank of the limit plate (5), and
Two retention beads (19) are limited in the two limit fabrication holes (25)；The length of the hard tie rod (11) is L, described
The longitudinal side length of running-on end Internal periphery (35) in tube of skeleton (18) is D, the running-on end lubrication groove in the tube of skeleton (18)
The catercorner length of wide (35) is S, meets D < L < S；It is described to be positioned in the hard tie rod to coiling transformer framework (26)
(11) between first skeleton side (05)；
The front side of the limit plate (5) is also vertically fixedly installed hollow guide post (33), and the hollow guide post (33) is located at the work
Right above stick harness (13)；It is the guide hole (4) of front and back perforation in the hollow guide post (33)；It is also vertical on the hard tie rod (11)
It is provided with guide post (9), the guide post (9) and the concentric setting of the hollow guide post (33), and the end of the guide post (9) is coaxial
The heart protrudes into the guide hole (4).
5. a kind of technique of transformer framework bobbin winder device according to claim 2, it is characterised in that:
Pioneer's movable tooth turbin generator (71) Positive work makes gear (84) that tooth form bar (73) to be driven to rotate along axis, and then makes screw thread
Screw rod (74) is in and rotates in the forward direction state；Gear (84) with the tooth form bar (73) although being the relationship being meshed, tooth form bar
(73) it is also slided in the axial direction while opposed gear (84) does gear motion；And then threaded screw rod (74) drives mandril (86)
It is pushed forward in the axial direction with tooth form bar (73) into and then making the top dome (187) of mandril (86) end that piston (15) be pushed to overcome
The screen resilience of relaxation power spring (7) simultaneously does forward movement, and then increases the distance between hard tie rod (11) and limit plate (5)
To more than the entire length to coiling transformer framework (26)；The posture to coiling transformer framework (26) is adjusted at this time, makes institute
The diagonal line for stating the running-on end Internal periphery (35) in tube of skeleton (18) is aligned with hard tie rod (11), due to catercorner length S
Greater than hard tie rod (11) length L, and then hard tie rod (11) is made to pass through the running-on in tube of skeleton (18), so make to around
Line transformer skeleton (26) is in the position between hard tie rod (11) and limit plate (5), continues adjustment at this time to coiling transformation
The posture of device skeleton (26) makes the retention bead in the alignment of the limit fabrication hole (25) on the first skeleton side (05) limit plate (5)
(19), and it is limited in two retention beads (19) in the two limit fabrication holes (25), in this case, hard tie rod
(11) longitudinal edge with the running-on end Internal periphery (35) in tube of skeleton (18) is parallel to each other；Drive gear motor again at this time
(71) antiport makes gear (84) that tooth form bar (73) to be driven to rotate along axis, and then threaded screw rod (74) is made to be in reversed rotation
Turn state；Tooth form bar (73) opposed gear (84) also slides in the axial direction while doing gear motion, and then threaded screw rod
(74) drive mandril (86) and tooth form bar (73) in the axial direction pusher into and then doing the top dome (187) of mandril (86) end
Contractile motion backward, release plunger (15), and then under the press thrust of relaxation power spring (7), push piston (15) to do
Movement backward, and then hard tie rod (11) is made to move closer to the movements of limit plate (5), due to its longitudinal side length D be less than it is hard
Matter tie rod (11) length L, and the cooperation of the hollow guide post (33) and guide post (9) makes hard tie rod (11) always in vertical appearance
State, when hard tie rod (11) moves to second skeleton side (10) position, the upper and lower ends of hard tie rod (11) can be connect
The position up and down of the lateral surface of the second skeleton side (10) is touched, and then is made to coiling transformer framework (26) by hard tie rod
(11) pulling force, and then be tightly attached to limit plate (5) on limit plate (5), and the pulling force of the hard tie rod (11) from
The screen resilience of relaxation power spring (7) rather than rigid tensile, because without the excessive damage of pulling force to coiling transformer framework (26)
The phenomenon that, the tooling to coiling transformer framework (26) is completed at this time；
Then start linear motor (83), and then keep wire guide (23) lateral displacement extremely corresponding to coiling transformer framework (26)
Position, the end of a thread to the winding wire of coiling (22) is passed through into the wire guide (23), and passes through the line of the wire guide (23)
Conducting wire (22) manual coiling three to four on the tube of skeleton (18) to coiling transformer framework (26) is enclosed to enclose；Then start synchronous belt
Motor (78), and then drive limit plate (5) and to coiling transformer framework (26) synchronous rotary；Start on tube of skeleton (18) at this time
Automatic winding；Linear motor (83) are driven at the same time, and then move wire guide (23) slowly along tube of skeleton (18) axial direction
It is dynamic, and then the coil for realizing coiling on tube of skeleton (18) is in the shape of a spiral, improves the uniformity of coiling；
The end of a thread is cut after completing to winding wire (22) coiling on tube of skeleton (18), drives gear motor (71) positive again
Operating makes gear (84) that tooth form bar (73) to be driven to rotate along axis, and then is in threaded screw rod (74) and rotates in the forward direction state；Tooth
(84) are taken turns with the tooth form bar (73) although being the relationship being meshed, tooth form bar (73) opposed gear (84) does the same of gear motion
When also slide in the axial direction；And then threaded screw rod (74) drive mandril (86) and tooth form bar (73) be pushed forward in the axial direction into,
And then make the top dome (187) of mandril (86) end that piston (15) be pushed to overcome the screen resilience of relaxation power spring (7) and do forward
Movement, and then increasing to the distance between hard tie rod (11) and limit plate (5) is more than to coiling transformer framework (26)
Entire length, and then make to complete coiling be in relaxed state to coiling transformer framework (26), and then adjustment is complete
At the posture to coiling transformer framework (26), make the diagonal line of the running-on end Internal periphery (35) in the tube of skeleton (18)
It is aligned with hard tie rod (11), and then make to have completed smoothly divides with rotation coiling unit to coiling transformer framework (26)
From the end of a thread that coiling on tube of skeleton (18) is then completed to coil passes through first skeleton side (05) upper limit fabrication hole
(25) it is pierced by, and then completes the technique of the coiling of a transformer framework.
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Cited By (5)
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| CN110931245A (en) * | 2019-12-13 | 2020-03-27 | 陆林娣 | Winding process production device of inductor coil |
| CN112259370A (en) * | 2020-09-21 | 2021-01-22 | 吴伶俐 | Double-coordinate winding device |
| CN112768199A (en) * | 2020-12-29 | 2021-05-07 | 陆林娣 | Module combined type annular transformer and winding system of winding framework thereof |
| CN113078028A (en) * | 2021-02-21 | 2021-07-06 | 旺荣电子(深圳)有限公司 | Relay coil processing system |
| CN113284737A (en) * | 2021-04-06 | 2021-08-20 | 浙江五谷铜业股份有限公司 | Side winding and winding device and method for miniature coil |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112768199A (en) * | 2020-12-29 | 2021-05-07 | 陆林娣 | Module combined type annular transformer and winding system of winding framework thereof |
| CN112768199B (en) * | 2020-12-29 | 2021-12-21 | 深圳市德尔信电子有限公司 | Module combined type annular transformer and winding system of winding framework thereof |
| CN113078028A (en) * | 2021-02-21 | 2021-07-06 | 旺荣电子(深圳)有限公司 | Relay coil processing system |
| CN113078028B (en) * | 2021-02-21 | 2022-04-15 | 旺荣电子(深圳)有限公司 | Relay coil processing system |
| CN113284737A (en) * | 2021-04-06 | 2021-08-20 | 浙江五谷铜业股份有限公司 | Side winding and winding device and method for miniature coil |
| CN113284737B (en) * | 2021-04-06 | 2023-01-31 | 浙江五谷铜业股份有限公司 | Side winding and winding device of miniature coil and winding method thereof |
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| CN109273250B (en) | 2020-10-02 |
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