CN208608043U - The automation equipment of for transformer magnetic core coiling - Google Patents

Abstract

The utility model provides the automation equipment of for transformer magnetic core coiling, it includes the substructure member for installing whole equipment, the top center of the substructure member is equipped with the lifting support structure for height adjustment, rotating limit device is installed at the top of lifting support structure, dissection type gear ring component is set on the rotating limit device, the bottom of the dissection type gear ring component is fixedly installed with the winding roll component for storing coiling, the bottom supporting roller mechanism for being used to support and driving magnetic core is provided in the side of lifting support structure, top for adaptively compressing to magnetic core is installed right above the bottom supporting roller mechanism and compresses roll assembly, the damping of spring damping mechanism for generating to(for) winding roll component is installed on the rotating limit device.This efficient wrapping machine can be used in the winding of transformer coil, and then effectively raises it and wind efficiency, reduces the labor intensity of operating personnel, ensure that the demand of batch production.

Description

The automation equipment of for transformer magnetic core coiling

Technical field

The utility model relates to transformer production equipment fields, more particularly to the automation of for transformer magnetic core coiling Equipment.

Background technique

Magnetic and coil is that the important composition components of transformer need to twine on magnetic core during its processing Coiling, currently used canoe is mainly using the method wound manually, and working efficiency is low by the way of winding manually, The needs that can not adapt to mass production, therefore, it is necessary to design one kind to can be used in magnetic core of transformer Automated winding equipment.

Utility model content

In order to solve the above technical problems, the utility model provides the automation equipment of for transformer magnetic core coiling, this is high Effect wrapping machine can be used in the winding of transformer coil, and then effectively raises it and wind efficiency, reduce operating personnel's Labor intensity ensure that the demand of batch production.

In order to realize above-mentioned technical characteristic, purpose of the utility model is realized as follows: for transformer magnetic core around The automation equipment of line, it includes the substructure member for installing whole equipment, the top center peace of the substructure member Equipped with the lifting support structure for height adjustment, rotating limit device is installed at the top of lifting support structure, described turn Be set with dissection type gear ring component on dynamic limiting device, the bottom of the dissection type gear ring component be fixedly installed with for store around The winding roll component of line is provided with the bottom supporting roller mechanism for being used to support and driving magnetic core, institute in the side of lifting support structure It states the top being equipped with right above bottom supporting roller mechanism for adaptively compressing to magnetic core and compresses roll assembly, the rotary spacing The damping of spring damping mechanism for generating to(for) winding roll component is installed on device.

The substructure member includes bottom plate, and the bottom four corners of the bottom plate are fixedly installed with support leg, is added on the bottom plate Work has rectangular notch.

The lifting support structure includes flange base, and the flange base is fixedly mounted on the bottom plate of substructure member, The top braces of the flange base have bottom end column, and dissection type gripping sleeve is provided at the top of the bottom end column, described to cut open Top column, the top braces installation rotary spacing dress of the top column are equipped with by locking sleeve inside fraction gripping sleeve It sets, lock-screw is fixed on the side wall of the locking sleeve, locking sleeve is locked in dissection type by the lock-screw The outside of gripping sleeve.

The rotating limit device includes support plate, and the support plate is fixedly mounted on lifting support knot by top bolt At the top of the top column of structure, it has been uniformly arranged the first back-up roller wheel of multiple groups and the second back-up roller wheel in the top edge of support plate, It is machined with the first limiting slot in first back-up roller wheel, the second limiting slot, the branch are machined in second back-up roller wheel It is located at magnetic core position on support plate and is machined with U-shaped notch；First back-up roller wheel is rotatably installed by the first vertical shaft In support plate；Second back-up roller wheel is rotatably mounted in support plate by the second vertical shaft.

The dissection type gear ring component includes the first subdivision half-ring gear and the second subdivision half-ring gear, half tooth of the first subdivision The docking end face of circle and the second subdivision half-ring gear uses dissection type inclined-plane, the first subdivision half-ring gear and the second subdivision half-ring gear Top be fixedly linked by arc pressuring plate, the arc pressuring plate is fixed on subdivision half-ring gear by multiple holding screws On, be machined with gear in the outer rim of the first subdivision half-ring gear and the second subdivision half-ring gear, the gear be used for dissection type gear ring It is processed on the inner wall of the driving gear engaged transmission of component rotation, the first subdivision half-ring gear and the second subdivision half-ring gear with teeth Limit baffle ring is enclosed, the gear ring limit baffle ring is matched with the second limiting slot of rotating limit device, and makes dissection type gear ring Component is rotated around the second uniformly distributed back-up roller wheel.

The winding roll component includes the elastic winding roll with split surface, needs to be rolled up in being externally wrapped with for elastic winding roll The coiling of system has winding roll limit baffle ring, the winding roll limit baffle ring and rotary spacing in the inwall processing of elastic winding roll First limiting slot of device matches, and winding roll component is rotated around the first uniformly distributed back-up roller wheel, the elasticity volume Drum is fixedly mounted on the first subdivision half-ring gear and the second subdivision half-ring gear bottom of dissection type gear ring component.

The spring damping mechanism includes damping arm, and the intermediate position of the damping arm is hinged on by rotating pin to be turned At the top of the support plate of dynamic limiting device, one of end of the damping arm is connected with damping spring, described to damp the another of spring End hook is hung on bolt column, and the bolt column is fixed on kidney-shaped sliding slot, and the kidney-shaped sliding slot processing is in rotating limit device In support plate；Another end of the damping arm is provided with damping fin mounting plate, pacifies on the lateral wall of the damping fin mounting plate Equipped with damping fin, the winding roll limit baffle ring of the damping fin and winding roll component is engaged, and compresses it.

The bottom supporting roller mechanism includes carrying roller support base, be machined on the carrying roller support base the first roller carrier shaft card slot and Second roller axis card slot, support is equipped with the first roller carrier shaft on the first roller carrier shaft card slot, installs on first roller carrier shaft There is the first carrying roller, support is equipped with second roller axis on the second roller axis card slot, and the is equipped on the second roller axis Two carrying rollers, first roller carrier shaft are connected with the power device for driving it to rotate；

The power device includes driven gear, and the driven gear is mounted on the first roller carrier shaft, the driven gear With driving gear engaged transmission, the driving gear is fixedly mounted on the output shaft of decelerating motor, and the decelerating motor is fixed It is mounted on the bottom plate of substructure member.

It includes vertical arm that the top, which compresses roll assembly, and the vertical arm is fixed on the carrying roller support base of bottom supporting roller mechanism End, the top of the vertical arm is hinged with horizontal arm by first rotating shaft, and the front end of the horizontal arm passes through the second shaft It is hinged with top squeeze roller, tension spring connecting hole is machined on the horizontal arm, is hooked with the first tension spring on the tension spring connecting hole, The other end of first tension spring is hooked on the first connecting column, and first connecting column is fixed on the inner wall of vertical arm, institute It states in first rotating shaft and is located at horizontal arm two sides and be provided with abutment sleeve.

The utility model has the advantages that:

1, it can be used in the automatic winding of transformer coil by using above-mentioned wrapping machine, and then effectively raise and twine Around efficiency, the labor intensity of operating personnel is reduced, while ensure that the quality of winding；Pass through dissection type gear in winding process Coil assembly drives winding roll component to rotate around magnetic core, and magnetic core be supported on bottom supporting roller component and top compress roll assembly it Between, drive bottom supporting roller component to drive magnetic core rotation by power device, in its rotation process, so that it may by winding roll component On coiling it is uniformly distributed be wrapped on magnetic core, be finally completed the winding operation of magnetic core coil.

2, whole device can be supported by the substructure member, ensure that the stability of support.

3, the height of entire rotating limit device can be easily adjusted by the lifting support structure, and then is adapted to The wound core to be wound of different-diameter, by unclamping lock-screw, so that it may dissection type gripping sleeve and locking sleeve are unclamped, into And adjust the height that top column is on dissection type gripping sleeve.

4, dissection type gear coil assembly can be supported by the rotating limit device, ensure that it can be It is rotated under no main shaft driving effect along rotating limit device, and then realizes the rotation of winding roll component, and then cooperate bottom support Roll assembly and top compress the winding that roll assembly realizes coil.

5, it can easily reduce and be mounted on rotating limit device by using dissection type gear coil assembly, and can It is enough to be turned across wound core to be wound, while by the winding roll component that dissection type gear coil assembly is able to drive its bottom It is dynamic.

6, copper wire can be stored by the winding roll component, and can be by copper wire by winding roll component It is wrapped on wound core to be wound.

7, compressing roll assembly by the top can be pressed on wound core to be wound on bottom supporting roller component, together When can adapt to by using the first tension spring different-diameter wound core to be wound compression.

8, by the power device be able to drive bottom supporting roller component rotation, and then by by bottom supporting roller component into The drive magnetic core of one step rotates.

9, certain damping can be generated to winding roll component by the spring damping mechanism, ensure that it is turning During dynamic, winding roll component can be compressed, and then ensure that coiling has certain tensile force, the coiling winding for being is more Step up close.

Detailed description of the invention

The utility model is described in further detail with reference to the accompanying drawings and examples.

Fig. 1 is the first visual angle of the utility model tomograph.

Fig. 2 is the second visual angle of the utility model tomograph.

Fig. 3 is the utility model third visual angle tomograph.

Fig. 4 is the 4th visual angle tomograph of the utility model.

Fig. 5 is the 5th visual angle tomograph of the utility model.

In figure: substructure member 1, lifting support structure 2, winding roll component 3, spring damping mechanism 4, dissection type gear ring group Part 5, top compress roll assembly 6, bottom supporting roller mechanism 7, magnetic core 8, rotating limit device 9；

Bottom plate 101, support leg 102, rectangular notch 103；

Flange base 201, bottom end column 202, dissection type gripping sleeve 203, lock-screw 204, locking sleeve 205, top Column 206；

Elastic winding roll 301, coiling 302, winding roll limit baffle ring 303；

Kidney-shaped sliding slot 401, bolt column 402, damping spring 403, damping arm 404, rotating pin 405, damping fin mounting plate 406, damping fin 407；

First subdivision half-ring gear 501, gear 502, dissection type inclined-plane 503, arc pressuring plate 504, holding screw 505, Two subdivision half-ring gears 506, gear ring limit baffle ring 507；

First connecting column 601, vertical arm 602, first rotating shaft 603, abutment sleeve 604, the first tension spring 605, tension spring connection Hole 606, the second shaft 607, horizontal arm 608, top squeeze roller 609；

Carrying roller support base 701, the first carrying roller 702, the first roller carrier shaft card slot 703, the first roller carrier shaft 704, second roller axis Card slot 705, second roller axis 706, second roller 707；

U-shaped notch 901, support plate 902, the first limiting slot 903, the first back-up roller wheel 904, the first vertical shaft 905, second limit Position slot 906, the second back-up roller wheel 907, the second vertical shaft 908.

Specific embodiment

The embodiments of the present invention is described further with reference to the accompanying drawing.

Embodiment 1:

Referring to Fig. 1-5, the automation equipment of for transformer magnetic core coiling, it includes the pedestal for installing whole equipment Component 1, the top center of the substructure member 1 are equipped with the lifting support structure 2 for height adjustment, support in lifting The top of structure 2 is equipped with rotating limit device 9, and dissection type gear ring component 5 is set on the rotating limit device 9, described The bottom of dissection type gear ring component 5 is fixedly installed with the winding roll component 3 for storing coiling, in the side of lifting support structure 2 While being provided with the bottom supporting roller mechanism 7 for being used to support and driving magnetic core 8, the surface installation of the bottom supporting roller mechanism 7 is useful Roll assembly 6 is compressed in the top adaptively compressed to magnetic core 8, is equipped on the rotating limit device 9 for for winding roll Component 3 generates the spring damping mechanism 4 of damping.By using above-mentioned automation equipment, it can be used in magnetic core of transformer Automatic winding operation drives winding roll component to rotate around magnetic core in specific operation process by dissection type gear coil assembly, And magnetic core is supported on bottom supporting roller component and top compresses between roll assembly, drives bottom supporting roller component to drive by power device Magnetic core rotation, in its rotation process, so that it may be wrapped in the coiling on winding roll component is uniformly distributed on magnetic core, be finally completed The winding operation of magnetic core coil.

Further, the substructure member 1 includes bottom plate 101, and the bottom four corners of the bottom plate 101 are fixedly installed with support Foot 102 is machined with rectangular notch 103 on the bottom plate 101.Whole device can be propped up by above-mentioned substructure member 1 Support, and then ensure that the stability of support, it is made up, is made it have certain of rubber cushion material of the support leg 102 Antiskid effect.

Further, the lifting support structure 2 includes flange base 201, and the flange base 201 is fixedly mounted on bottom On the bottom plate 101 of seat component 1, the top braces of the flange base 201 have bottom end column 202, the top of the bottom end column 202 Portion is provided with dissection type gripping sleeve 203, passes through locking sleeve 205 inside the dissection type gripping sleeve 203 and is equipped with top column 206, the top braces of the top column 206 install rotating limit device 9, are fixed on the side wall of the locking sleeve 205 Locking sleeve 205 is locked in the outside of dissection type gripping sleeve 203 by lock-screw 204, the lock-screw 204.Pass through The lifting support structure 2 in the course of work, can unclamp locking sleeve 205 by unclamping lock-screw 204, in turn Top column 206 is unclamped, and then easily the height of top column 206 is adjusted, final adjusting rotating limit device 9 Highly, the magnetic core 8 for adapting it to different-diameter, enhances its adaptability.

Further, the rotating limit device 9 includes support plate 902, and the support plate 902 is fixed by top bolt It is mounted on 206 top of top column of lifting support structure 2, has been uniformly arranged multiple groups first in the top edge of support plate 902 Back-up roller wheel 904 and the second back-up roller wheel 907, are machined with the first limiting slot 903 in first back-up roller wheel 904, and described It is machined with the second limiting slot 906 in two back-up roller wheels 907, is machined in the support plate 902 positioned at 8 position of magnetic core U-shaped Notch 901；First back-up roller wheel 904 is rotatably mounted on support plate 902 by the first vertical shaft 905；Described second Support idler wheel 907 is rotatably mounted in support plate 902 by the second vertical shaft 908.In the course of work, pass through described first Support idler wheel 904 and the second back-up roller wheel 907 can effectively support winding roll component 3 and dissection type gear coil assembly 4, It can be rotated around the first back-up roller wheel 904 and the second back-up roller wheel 907, and then realize coiling movement.

Further, the dissection type gear ring component 5 includes the first subdivision half-ring gear 501 and the second subdivision half-ring gear 506, The docking end face of the first subdivision half-ring gear 501 and the second subdivision half-ring gear 506 use dissection type inclined-plane 503, described first The top of subdivision half-ring gear 501 and the second subdivision half-ring gear 506 is fixedly linked by arc pressuring plate 504, the arc connection Plate 504 is fixed on subdivision half-ring gear by multiple holding screws 505, in half tooth of the first subdivision half-ring gear 501 and the second subdivision The outer rim of circle 506 is machined with gear 502, and the gear 502 engages biography with the driving gear rotated for dissection type gear ring component 5 It is dynamic, rack gear limit baffle ring 507 is processed on the inner wall of the first subdivision half-ring gear 501 and the second subdivision half-ring gear 506, it is described Gear ring limit baffle ring 507 is matched with the second limiting slot 906 of rotating limit device 9, and make dissection type gear ring component 5 around Uniformly distributed the second back-up roller wheel 907 rotation.Group is carried out by using the first subdivision half-ring gear 501 and the second subdivision half-ring gear 506 It closes, ensure that it can pass through magnetic core 5 in an assembling process, and then ensure that subsequent normal winding；Pass through driving gear energy Enough band moving gears 502, and then entire dissection type gear coil assembly 5 is driven to rotate；Wherein in this specification attached drawing, will not Driving gear represents.

Further, the winding roll component 3 includes the elastic winding roll 301 with split surface, in elastic winding roll 301 Be externally wrapped with the coiling 302 for needing to be rolled, have winding roll limit baffle ring 303 in the inwall processing of elastic winding roll 301, it is described Winding roll limit baffle ring 303 is matched with the first limiting slot 903 of rotating limit device 9, and makes winding roll component 3 around equal First back-up roller wheel 904 of cloth rotates, and the elasticity winding roll 301 is fixedly mounted on the first subdivision of dissection type gear ring component 5 506 bottom of half-ring gear 501 and the second subdivision half-ring gear.In the course of work, coiling 302 can be stored in elastic winding roll 301 On, then pass through dissection type gear coil assembly 5 and elastic winding roll 301 is driven to rotate, and then coiling 302 is wrapped in coil to be wound On magnetic core 8.

Further, the spring damping mechanism 4 includes damping arm 404, and the intermediate position of the damping arm 404 passes through Rotating pin 405 is hinged on 902 top of support plate of rotating limit device 9, one of end connection of the damping arm 404 There is damping spring 403, the other end of the damping spring 403 is hooked on bolt column 402, and it is sliding that the bolt column 402 is fixed on kidney-shaped On slot 401, the processing of kidney-shaped sliding slot 401 is in the support plate 902 of rotating limit device 9；Another end of the damping arm 404 End is provided with damping fin mounting plate 406, and damping fin 407, the damping are equipped on the lateral wall of the damping fin mounting plate 406 Piece 407 and the winding roll limit baffle ring 303 of winding roll component 3 are engaged, and compress it.In the course of work, in order to guarantee The coiling wound has certain tensile force, ensure that the tightness degree of coil, using above-mentioned spring damping mechanism 4, By adjusting the position on kidney-shaped sliding slot 401 of bolt column 402, and then the tensioning degree of damping spring 403 is adjusted, and then tenses damping Winding roll component 3 is carried out compression appropriate by the damping fin 407 of 404 other end of damping arm, and then generated certain by arm 404 Damping.

Further, the bottom supporting roller mechanism 7 includes carrying roller support base 701, is machined on the carrying roller support base 701 First roller carrier shaft card slot 703 and second roller axis card slot 705, support is equipped with the first support on the first roller carrier shaft card slot 703 Roll shaft 704 is equipped with the first carrying roller 702 on first roller carrier shaft 704, supports installation on the second roller axis card slot 705 Have second roller axis 706, second roller 707 be installed on the second roller axis 706, first roller carrier shaft 704 be used for The power device for driving it to rotate is connected；The power device includes driven gear, and the driven gear is mounted on the first carrying roller On axis 704, the driven gear and driving gear engaged transmission, the driving gear are fixedly mounted on the output shaft of decelerating motor On, the decelerating motor is fixedly mounted on the bottom plate 101 of substructure member 1.In the course of work, driven actively by decelerating motor Gear drives driven gear by driving gear, then drives the first roller carrier shaft 704 by driven gear, and then by the first roller carrier shaft 704 driving second rollers 707, then magnetic core 8 is further driven by second roller 707.Wherein, the power device is not It shows in the accompanying drawings.

Further, it includes vertical arm 602 that the top, which compresses roll assembly 6, and the vertical arm 602 is fixed on bottom supporting roller The top of the end of the carrying roller support base 701 of mechanism 7, the vertical arm 602 is hinged with horizontal arm 608 by first rotating shaft 603, The front end of the horizontal arm 608 is hinged with top squeeze roller 609 by the second shaft 607, is machined with drawing on the horizontal arm 608 Spring connecting hole 606, the first tension spring 605 is hooked on the tension spring connecting hole 606, and the other end of first tension spring 605 hooks On the first connecting column 601, first connecting column 601 is fixed on the inner wall of vertical arm 602, in the first rotating shaft 603 And it is located at 608 two sides of horizontal arm and is provided with abutment sleeve 604.Magnetic core 5 can be carried out by compressing roll assembly 6 by the top It compresses, horizontal arm 608 can be tensed by using the first tension spring 605, and then adapt it to the magnetic core 5 of different-diameter, And fixation is clamped to it.

The working process and principle of the utility model are as follows:

Step1: magnetic core 8 is placed on the first carrying roller 702 and second roller 707 with bottom supporting roller mechanism 7；

The top squeeze roller 609 of 608 end of horizontal arm: being pressed on the top of magnetic core 8 by the first tension spring 605 by Step2, And it is fixed；

Step3: elastic winding roll 301 is passed through into magnetic core 8, is then sleeved in the first back-up roller wheel 904, and pass through spiral Disk limit baffle ring 303 is matched with the first limiting slot 903, enables elastic winding roll 301 around the first uniformly distributed back-up roller 904 rotation of wheel；

Step4: by coiling 302 to be wound on elastic winding roll 301, and by elastic winding roll 301 for Coiling 302 is stored；

Step5: the first subdivision half-ring gear 501 of dissection type gear ring component 5 and the second subdivision half-ring gear 506 are subjected to group Dress, passes through magnetic core 8, is then sleeved in the second back-up roller wheel 907, then by dissection type gear ring component 5 and elastic winding roll 301 are connected, so that rotation of the rotation with dynamic elasticity winding roll 301 of dissection type gear ring component 5；

Step6: the compression degree of 4 pairs of adjustment spring formula damping mechanism elastic winding rolls 301；

Step7: driving dissection type gear ring component 5 to rotate, and then with dynamic elasticity winding roll 301 by gear drive, Coiling 302 is wrapped on magnetic core 8, starts power device at the same time, drives the of bottom supporting roller mechanism 7 by power device One roller carrier shaft 704, then the first carrying roller 702 is driven by the first roller carrier shaft 704, and then drive 8 turns of magnetic core by the first carrying roller 702 It is dynamic, and then coiling 302 is wrapped on magnetic core 8.

The above embodiments are only the optimal technical scheme of the utility model, and are not construed as the limit for the utility model System, the technical solution that the protection scope of the utility model should be recorded with claim, the technical solution recorded including claim The equivalents of middle technical characteristic are protection scope.Equivalent replacement i.e. within this range is improved, also in the utility model Protection scope within.

Claims (10)

1. the automation equipment of for transformer magnetic core coiling, it is characterised in that: it includes the pedestal for installing whole equipment Component (1), the top center of the substructure member (1) are equipped with the lifting support structure (2) for height adjustment, are rising It is equipped at the top of descending branch support structure (2) rotating limit device (9), is set with dissection type tooth on the rotating limit device (9) Coil assembly (5), the bottom of the dissection type gear ring component (5) are fixedly installed with the winding roll component (3) for storing coiling, The side of lifting support structure (2) is provided with the bottom supporting roller mechanism (7) for being used to support and driving magnetic core (8), the bottom support Top for adaptively compressing to magnetic core (8) is installed right above roller mechanism (7) and compresses roll assembly (6), the rotation limit Spring damping mechanism (4) for winding roll component (3) to be generated with damping is installed on position device (9).

2. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the substructure member It (1) include bottom plate (101), the bottom four corners of the bottom plate (101) are fixedly installed with support leg (102), on the bottom plate (101) It is machined with rectangular notch (103).

3. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the lifting support Structure (2) includes flange base (201), and the flange base (201) is fixedly mounted on the bottom plate (101) of substructure member (1), The top braces of the flange base (201) have bottom end column (202), are provided with subdivision at the top of the bottom end column (202) Formula gripping sleeve (203), the dissection type gripping sleeve (203) is internal to be equipped with top column (206) by locking sleeve (205), The top braces of the top column (206) install rotating limit device (9), fixed on the side wall of the locking sleeve (205) Have lock-screw (204), locking sleeve (205) is locked in dissection type gripping sleeve (203) by the lock-screw (204) It is external.

4. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the rotary spacing Device (9) includes support plate (902), and the support plate (902) is fixedly mounted on lifting support structure (2) by top bolt At the top of top column (206), the first back-up roller wheel of multiple groups (904) and the have been uniformly arranged in the top edge of support plate (902) Two back-up roller wheels (907) are machined with the first limiting slot (903) on first back-up roller wheel (904), second back-up roller wheel (907) it is machined on the second limiting slot (906), magnetic core (8) position is located on the support plate (902) and is machined with U-shaped lack Mouth (901)；First back-up roller wheel (904) is rotatably mounted on support plate (902) by the first vertical shaft (905)；It is described Second back-up roller wheel (907) is rotatably mounted on support plate (902) by the second vertical shaft (908).

5. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the dissection type tooth Coil assembly (5) includes the first subdivision half-ring gear (501) and the second subdivision half-ring gear (506), the first subdivision half-ring gear (501) Use dissection type inclined-plane (503) with the docking end face of the second subdivision half-ring gear (506), the first subdivision half-ring gear (501) and The top of second subdivision half-ring gear (506) is fixedly linked by arc pressuring plate (504), and the arc pressuring plate (504) passes through Multiple holding screws (505) are fixed on subdivision half-ring gear, in the first subdivision half-ring gear (501) and the second subdivision half-ring gear (506) outer rim is machined with gear (502), the gear (502) and the driving gear for dissection type gear ring component (5) rotation Rack gear limiting block is processed on the inner wall of engaged transmission, the first subdivision half-ring gear (501) and the second subdivision half-ring gear (506) Ring (507), the gear ring limit baffle ring (507) matches with the second limiting slot (906) of rotating limit device (9), and makes Dissection type gear ring component (5) is rotated around uniformly distributed the second back-up roller wheel (907).

6. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the winding roll group Part (3) includes the elastic winding roll (301) with split surface, elastic winding roll (301) be externally wrapped with need to be rolled around Line (302) has winding roll limit baffle ring (303), the winding roll limit baffle ring in the inwall processing of elastic winding roll (301) (303) it is matched with the first limiting slot (903) of rotating limit device (9), and makes winding roll component (3) around uniformly distributed One back-up roller wheel (904) rotation, the elasticity winding roll (301) are fixedly mounted on the first subdivision of dissection type gear ring component (5) Half-ring gear (501) and second subdivision half-ring gear (506) bottom.

7. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the spring resistance Buddhist nun mechanism (4) includes damping arm (404), and the intermediate position of the damping arm (404) is hinged on rotation by rotating pin (405) At the top of the support plate (902) of limiting device (9), one of end of the damping arm (404) is connected with damping spring (403), The other end of damping spring (403) is hooked on bolt column (402), and the bolt column (402) is fixed on kidney-shaped sliding slot (401) On, kidney-shaped sliding slot (401) processing is in the support plate (902) of rotating limit device (9)；The damping arm (404) it is another One end is provided with damping fin mounting plate (406), is equipped with damping fin on the lateral wall of the damping fin mounting plate (406) (407), the damping fin (407) and the winding roll limit baffle ring (303) of winding roll component (3) are engaged, and compress it.

8. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the bottom supporting roller Mechanism (7) includes carrying roller support base (701), and the first roller carrier shaft card slot (703) and are machined on the carrying roller support base (701) Two roller carrier shaft card slots (705) are supported on the first roller carrier shaft card slot (703) and are equipped with the first roller carrier shaft (704), and described first It is equipped on roller carrier shaft (704) the first carrying roller (702), support is equipped with second roller on the second roller axis card slot (705) Axis (706) is equipped with second roller (707) on the second roller axis (706), first roller carrier shaft (704) with for driving The power device for moving its rotation is connected.

9. the automation equipment of for transformer magnetic core coiling according to claim 8, it is characterised in that: the power device Including driven gear, the driven gear is mounted on the first roller carrier shaft (704), and the driven gear engages biography with driving gear Dynamic, the driving gear is fixedly mounted on the output shaft of decelerating motor, and the decelerating motor is fixedly mounted on substructure member (1) Bottom plate (101) on.

10. the automation equipment of for transformer magnetic core coiling according to claim 1, it is characterised in that: the top pressure Tight roll assembly (6) includes vertical arm (602), and the vertical arm (602) is fixed on the carrying roller support base of bottom supporting roller mechanism (7) (701) top of end, the vertical arm (602) is hinged with horizontal arm (608), the level by first rotating shaft (603) The front end of arm (608) is hinged with top squeeze roller (609) by the second shaft (607), is machined with drawing on the horizontal arm (608) Spring connecting hole (606) is hooked with the first tension spring (605) on the tension spring connecting hole (606), first tension spring (605) it is another One end is hooked on the first connecting column (601), and first connecting column (601) is fixed on the inner wall of vertical arm (602), described Abutment sleeve (604) are provided in first rotating shaft (603) and positioned at horizontal arm (608) two sides.