CN209691575U

CN209691575U - A kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism

Info

Publication number: CN209691575U
Application number: CN201920684629.0U
Authority: CN
Inventors: 王立华
Original assignee: Cixi Dahua Electrical Appliance Co Ltd
Current assignee: Cixi Dahua Electrical Appliance Co Ltd
Priority date: 2019-05-14
Filing date: 2019-05-14
Publication date: 2019-11-26
Anticipated expiration: 2029-05-14

Abstract

The utility model relates to a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanisms, platform is installed including gear die and iron core, the iron core installs platform upper rear and is equipped with corresponding pushing location structure, the iron core, which installs platform installed in front, front carriage, the iron core installation platform includes two and moves left and right the three-jaw holding frame being symmetrically installed, clamping has amorphous solid iron core between two three-jaw holding frames, is provided with gear die on the winding position on amorphous solid iron core.The utility model, which has, avoids iron coring vibration, reduces the clamping times of iron core, realizes that low-voltage foil and one step of high-voltage line winding are automatically brought into operation.

Description

A kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism

Technical field

The utility model relates to iron core automatic coil winding machine technical fields, more particularly to a kind of amorphous Triangular Three Dimensional Wound Core Tinsel cord automatic winding mechanism.

Background technique

Amorphous Triangular Three Dimensional Wound Core transformer is using the excellent magnetic property of amorphous band plus the three-dimensional silent volume of triangle 70% or more will be reduced by comparing no-load loss with traditional silicon steel iron-core transformer around this optimal core construction, and existing Row equally will also reduce 20% or more compared to no-load loss using the plane open-type amorphous core of amorphous band；And three-dimensional winding Iron core winding cross section is circle, and symmetrically, winding is closely compared with existing plane iron core also has anti-short circuit capability to three-phase By force, the low advantage of noise, so the popularization and use of this type transformer are to meet very much country " safety, energy conservation, emission reduction " industry political affairs Plan.

Triangular Three Dimensional Wound Core transformer uses the form of silent winding due to iron core, so high-voltage coil and low-voltage coil must be with iron Heart coiling, conventional silicon steel Triangular Three Dimensional Wound Core low voltage foil type coil production is using iron core as skeleton, first by the cunning of gear die Rail is fixed by bolts on iron core, and the power generated in winding process is born by iron core, around complete three-phase low-voltage foil winding Moved on on high-tension winding machine again afterwards and continue high-tension coil coiling, this process just needs iron core to clamp again, i.e., it is time-consuming again Arduously, but since the mechanical strength of silicon steel material itself is higher, aforesaid operations mode will not still be caused significantly the performance of iron core It influences.

Amorphous core is with regard to different, since the influence after amorphous core annealing to external stress is very sensitive, coiling Vibration in journey can cause very major injury to iron core performance, even result in the raising at double of no-load loss.Current triangle foil It by iron core is clearly unworkable in the way of skeletal support winding former around machine, and high-voltage coil and low-voltage coil cannot be in same equipment It is upper to complete to be also a larger problem.

So far, a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord dual-purpose type automatic winding structure is had no.

Summary of the invention

The technical problem to be solved by the utility model is to provide a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic windings Mechanism has and avoids iron coring vibration, and high-tension coil winding and low-voltage coil operating winding are completed on one device, reduced The clamping times of iron core realize that low-voltage foil and one step of high-voltage line winding are automatically brought into operation.

The technical scheme adopted by the utility model to solve the technical problem is as follows: providing a kind of amorphous Triangular Three Dimensional Wound Core Tinsel cord automatic winding mechanism, including gear die and iron core install platform, and it is right with it that the iron core installation platform upper rear is equipped with The pushing location structure answered, which, which installs platform installed in front, front carriage, and it includes two or so that the iron core, which installs platform, The mobile three-jaw holding frame being symmetrically installed, clamping has an amorphous solid iron core between two three-jaw holding frames, on amorphous solid iron core Winding position on be provided with gear die, be equipped in the middle part of the pawl disk of the three-jaw holding frame be axially movable and with it is corresponding Gear die on the downside of be in contact the locating shaft of support, be mounted side by side that there are two the drives being meshed with gear die in front carriage upper end Driving wheel, the pushing location structure front end be provided with the pushing gear that is meshed on the upside of gear die, the pushing gear, Driving wheel and locating shaft, which are supported gear die at 3 points, ensures that gear die is vacantly arranged.

It includes bottom platform, Lateral mobile platform and longitudinal mobile platform that the iron core, which installs platform, and the bottom is flat It is moved left and right on platform upper surface and Lateral mobile platform is installed, be moved forward and backward in the Lateral mobile platform and longitudinal shifting is installed Moving platform, the longitudinal mobile platform middle part is vertically-mounted screw mandrel support seat, is horizontally installed in screw mandrel support seat positive and negative Tooth screw rod, positive and negative tooth screw both end are symmetrically installed there are two the opposite three-jaw holding frame of pawl disk, and the one of the positive and negative tooth screw rod It holds and is connected with the servo motor for being located at longitudinal mobile platform end.

The three-jaw holding frame includes vertical rack, three station protractors and pawl disk, and the vertical rack upper end is horizontal Three station protractors are installed to passing through, pawl disk are installed, pawl disk is close to vertical rack one on the shaft end of three station protractors Side is rotatably equipped with clamping jaw adjustment disk, and the pawl disk other side there are three sliding slot, is equipped with uniformly around center of circle arrangement in sliding slot The center position of herringbone clamping jaw, the pawl disk installation herringbone clamping jaw is equipped with middle part axially position cylinder, middle part axis Locating shaft is rotatably equipped on the mandril of positioning cylinder.

The bottom of the herringbone clamping jaw uses bar shaped teeth shape screw thread, and clamping jaw adjustment disk is connected with herringbone clamping jaw Side uses the Scroll-tupe screw thread to match with bar shaped teeth shape screw thread, and the clamping jaw adjustment disk is that outer ring has been evenly arranged manually Regulation handle.

Two clamping face surfaces of the herringbone clamping jaw are arranged with rubber layer.

The vertical rack upper end is equipped with locking cylinder of the mandril towards pawl disk.

The locating shaft outer ring has been evenly arranged a circle locating translot.

The pushing location structure includes longitudinal carrier, hold installation axle and lower air cylinder installation axle, and described is vertical Two being shared to bracket to be symmetrically mounted at upper rack front end, two longitudinal carriers are horizontally installed with hold installation axle, under Front side is horizontally installed with lower air cylinder installation axle above pressure arm installation axle, has been mounted side by side two in the middle part of the hold installation axle The hold that a front end is downwardly inclined, two hold front ends opposite side are rotatably equipped with pushing gear, the lower air cylinder The lower air cylinder that mandril and hold middle part are rotatedly connected there are two being mounted side by side in the middle part of installation axle.

The front carriage includes vertical gripper shoe, transmission main shaft and driving wheel, and the vertical gripper shoe shares two Block is equipped with transmission main shaft, transmission main shaft one end passes through one of perpendicular in being arranged side by side between two vertical gripper shoe upper ends Allotment fagging is simultaneously connected with driving motor, is mounted side by side in the middle part of transmission main shaft there are two driving wheel, the transmission main shaft is front lower Shield installation axle is installed between side, two pieces of vertical gripper shoes, ontology is slidably fitted in shield installation axle and is located at transmission Shield on main shaft, shield is corresponding with driving wheel, and the fixed cylinder of idler wheel, rolling are equipped between two pieces of vertical gripper shoe lower parts The mandril of fixed cylinder is taken turns towards amorphous solid iron core, roller structure is housed on mandril.

The gear die has two pieces of semicircular ring structures to assemble, and arranges at the center of two gear die opposite sides There is a circle extension table, two gear dies are disposed with the locating slot of a circle indent on the outer ring of side outwardly, on the driving wheel It is disposed with the positioning protrusion to match with locating slot.

The utility model has the advantage that

1. gear die is suspended on the mechanism of iron core, winding process coil is only around iron core, not in contact with iron core, to iron core Performance has no effect.Change completely non-contact core type winding technique conventional low voltage foil winding be using iron core as skeleton, The sliding rail of coiling gear die is fixed by bolts on iron core, and iron core is made to bear the power generated in winding process completely.

2. the operating winding of low-voltage coil and high-tension coil is operated in mechanism, production efficiency is improved, is protected The quality of product is demonstrate,proved.It changes conventional coil production mode and needs two distinct devices, iron core clamping is first installed to foil On machine, after complete three low voltage foil type coils, then unloads down and be moved on high-tension winding machine clamping installation coiling high pressure again Coil, whole process is time-consuming and laborious, can also impact to the performance of iron core.

It needs to be moved out rack when clamping 3. iron core installs platform, facilitates the lifting for realizing iron core, pass through simultaneously Iron core is fixed in clamping jaw with rubber layer, and iron core is avoided to vibrate, to cause iron core performance change, rolls up in iron core Around in the process, guarantee to shift in winding process median claw disk so that pawl disk is locked by the mandril of locking cylinder.

Detailed description of the invention

Fig. 1 is the topology view of the utility model；

Fig. 2 is the topology view that iron core described in the utility model installs platform；

Fig. 3 is the topology view of three-jaw holding frame described in the utility model；

Fig. 4 is the topology view described in the utility model for pushing location structure and front carriage；

Fig. 5 is the topology view of gear die described in the utility model.

Diagram: 1, rack, 2, push location structure, 3, iron core install platform, 4, amorphous solid iron core, 5, gear die, 6, preceding Portion's bracket, 7, bottom platform, 8, Lateral mobile platform, 9, longitudinal mobile platform, 10, three-jaw holding frame, 11, screw mandrel support seat, 12, positive and negative tooth screw rod, 13, vertical rack, 14, locking cylinder, 15, three station protractors, 16, clamping jaw adjustment disk, 17, pawl disk, 18, middle part axially position cylinder, 19, locating shaft, 20, herringbone clamping jaw, 21, manually adjust handle, 22, longitudinal carrier, 23, under Pressure arm installation axle, 24, lower air cylinder installation axle, 25, lower air cylinder, 26, pushing gear, 27, hold, 28, extension table, 29, Locating slot, 30, vertical gripper shoe, 31, transmission main shaft, 32, driving wheel, 33, shield, 34, the fixed cylinder of idler wheel, 35, protection Cover installation axle.

Specific embodiment

The present invention will be further illustrated below in conjunction with specific embodiments.It should be understood that these embodiments are merely to illustrate this Utility model rather than limitation the scope of the utility model.In addition, it should also be understood that, in the content for having read the utility model instruction Later, those skilled in the art can make various changes or modifications the utility model, and such equivalent forms equally fall within this Shen It please the appended claims limited range.

The embodiments of the present invention is related to a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism, such as schemes Shown in 1-5, including rack 1, iron core install platform 3 and push location structure 2, and 1 installed in front of rack has left-right and front-back shifting Dynamic iron core installs platform 2, and iron core, which installs 3 installed in front of platform, front carriage 6, and 1 upper front end of rack is equipped with and iron The heart installs the corresponding pushing location structure 2 of platform 3.

The iron core installs platform 3 and moves left and right the three-jaw holding frame 10 being symmetrically installed, two three-jaws clampings including two Clamping has amorphous solid iron core 4 between frame 25, is provided with gear die 5 on the winding position on amorphous solid iron core 4, and described three Be equipped in the middle part of the pawl disk 17 of pawl holding frame 10 be axially movable and with the positioning for the support that is in contact on the downside of corresponding gear die 5 Axis 19 is mounted side by side in 6 upper end of front carriage there are two the driving wheel 32 being meshed with gear die 5, and the pushing positions knot 2 front end of structure is provided with the pushing gear 26 being meshed on the upside of gear die 5, the pushing gear 26, driving wheel 32 and positioning Axis 19, which is supported gear die 5 at 3 points, ensures that gear die 5 is vacantly arranged.

The gear die 5 vacantly installed will not occur when winding low-voltage foil or high-voltage line with amorphous solid iron core 4 Contact can effectively avoid amorphous solid iron core 4 from vibrating, and cause the reduced performance of amorphous solid iron core 4, while in order to true Protect gear die 5 can smooth rotation, devise and push gear 26, driving wheel 32 and locating shaft 19, these three structures can be realized The positioning of gear die 5.

As a kind of preferred embodiment to the utility model, the iron core installs platform 3 and includes bottom platform 7, laterally moves Moving platform 8 and longitudinal mobile platform 9 move left and right on 7 upper surface of bottom platform and are equipped with Lateral mobile platform 8, institute It is moved forward and backward in the Lateral mobile platform 8 stated and longitudinal mobile platform 9 is installed, the vertical peace in 9 middle part of longitudinal mobile platform Equipped with screw mandrel support seat 11, positive and negative tooth screw rod 12 is horizontally installed in screw mandrel support seat 11, positive and negative 12 both ends of tooth screw rod are symmetrically pacified Dress there are two the opposite three-jaw holding frame 10 of pawl disk, one end of the positive and negative tooth screw rod 12 be located at 9 end of longitudinal mobile platform The servo motor in portion is connected.

8 movement of Lateral mobile platform can control iron core and install the removal rack 1 of platform 3, greatly facilitate amorphous solid iron core 4 Replacement facilitate iron core to install platform 3 and docked with front carriage 6 while by longitudinal mobile platform 9.

As a kind of preferred embodiment to the utility model, the three-jaw holding frame 10 includes vertical rack 13, three works Position protractor 15 and pawl disk 17,13 upper end of vertical rack, which is horizontally through, is equipped with three station protractors 15, three stations point It spends on the shaft end of device 15 and pawl disk 17 is installed, pawl disk 17 is rotatably equipped with clamping jaw adjustment disk 16 close to 13 side of vertical rack, 17 other side of pawl disk there are three sliding slot, is equipped with herringbone clamping jaw 20, the pawl in sliding slot uniformly around center of circle arrangement The center position that disk 17 installs herringbone clamping jaw 20 is equipped with middle part axially position cylinder 18, middle part axially position cylinder 18 Locating shaft 19 is rotatably equipped on mandril, three station protractors 15 can ensure that iron core carries out 120 ° of rotations, so that the three of iron core Side can complete operating winding, the dress for being used to facilitate various sizes of iron core by installing transportable herringbone clamping jaw 20 Folder operation.

As a kind of preferred embodiment to the utility model, the bottom of the herringbone clamping jaw 20 uses bar shaped teeth shape Screw thread, the side that clamping jaw adjustment disk 16 is connected with herringbone clamping jaw 20 use the Scroll-tupe spiral shell to match with bar shaped teeth shape screw thread Line, the clamping jaw adjustment disk 16 have been evenly arranged for outer ring and have manually adjusted handle 21, pass through the manual pivoted jaw of worker and adjust Disk 16, clamping jaw adjustment disk 16 drive 20 synchronizing moving of herringbone clamping jaw.

As a kind of preferred embodiment to the utility model, two clamping face surfaces of the herringbone clamping jaw 20 are uniformly distributed It is equipped with rubber layer, herringbone clamping jaw 20 can take out out of pawl disk 17, and be packed into after replacing direction, enable herringbone clamping jaw 20 Enough iron cores to different size carry out clamping, while devising rubber layer, so that having buffering between herringbone clamping jaw 20 and iron core.

As a kind of preferred embodiment to the utility model, 13 upper end of vertical rack is equipped with mandril towards pawl disk 17 locking cylinder 14, when being wound work, the mandril of locking cylinder 14 stretches out insertion pawl disk 17, completes to pawl disk 17 locked operation, avoids pawl disk 17 from deflecting when being wound.

As a kind of preferred embodiment to the utility model, 19 outer ring of locating shaft has been evenly arranged delineation position cross Slot, locating shaft 19 can start the effect positioned to gear die 5.

As a kind of preferred embodiment to the utility model, the pushing location structure 2 includes longitudinal carrier 22, pushes Arm installation axle 23 and lower air cylinder installation axle 24, the longitudinal carrier 22 share two and are symmetrically mounted on upper rack front end Place, two longitudinal carriers 22 are horizontally installed with hold installation axle 23, and 23 top front side of hold installation axle is horizontally installed with down Air cylinder installation axle 24 is mounted side by side in the middle part of the hold installation axle 23 there are two the hold 27 that front end is downwardly inclined, Two 27 front end opposite sides of hold, which are rotatably equipped with, pushes gear 26, is mounted side by side in the middle part of the lower air cylinder installation axle 24 There are two the lower air cylinders 25 being rotatedly connected in the middle part of mandril and hold 27, push two pushing gears 26 on location structure 2 After being aligned with two gear dies 5, starting lower air cylinder 25, the mandril of lower air cylinder 25 extends hold 27, and front end pushes, and It is docked so that pushing gear 26 with two gear dies 5, can be avoided when gear die 5 rotates and beat.

As a kind of preferred embodiment to the utility model, the front carriage 6 includes vertical gripper shoe 30, transmission master Axis 31 and driving wheel 32, it is in be arranged side by side that the vertical gripper shoe 30, which shares two pieces, between two 30 upper ends of vertical gripper shoe Transmission main shaft 31 is installed, 31 one end of transmission main shaft passes through one of vertical gripper shoe 30 and is connected with driving motor, transmission Driving wheel 32 there are two being mounted side by side in the middle part of main shaft 31, between 31 front lower place of transmission main shaft, two pieces of vertical gripper shoes 30 Shield installation axle 35 is installed, the shield that ontology is located on transmission main shaft 31 is slidably fitted in shield installation axle 35 33, shield 33 is corresponding with driving wheel 32, the fixed cylinder 34 of idler wheel is equipped between two pieces of 30 lower parts of vertical gripper shoe, idler wheel is solid The mandril of cylinder 34 is determined towards amorphous solid iron core 4, and roller structure is housed on mandril.

Driving motor drives transmission main shaft 31 to rotate, and transmission main shaft 31 drives driving wheel 32 to rotate, and driving wheel 32 is with movable tooth Wheel model 5 rotates, and realizes the operating winding of low-voltage foil and high-voltage line, pacifies in order to avoid worker directly contacts with driving wheel 32 Full hidden danger devises the shield 33 for protecting driving wheel 32, while when low-voltage foil is cut off, and the winding of low-voltage coil needs It finishing up, the fixed cylinder 34 of starting idler wheel, fixed 34 mandril of cylinder of idler wheel contacts roller structure with low-voltage coil surface, Guarantee the fitting of low-voltage foil tail end on the surface.

As a kind of preferred embodiment to the utility model, the gear die 5 has two pieces of semicircular ring structure groups It fills, is disposed with a circle extension table 28 at two 5 opposite side centers of gear die, two gear dies 5 are outwardly on the outer ring of side It is disposed with the locating slot 29 of a circle indent, the positioning protrusion to match with locating slot 29 is disposed on the driving wheel 32.

When carrying out low-voltage foil operating winding, two gear dies 5 are symmetrically mounted on 4 front end of amorphous solid iron core first Winding position both ends, while pass through driving wheel 32 and locating shaft 19, it is ensured that gear die 5 is in vacant state, later at two It is in the arcs structure of half tubular shape, two arcs structure both ends and 28 phase top of extension table there are two being installed between gear die 5, and passes through Two arcs structures are combined into a barrel-like structure by connecting band, and the diameter of barrel-like structure is less than the diameter of extension table 28, the two Between using interference fit, the starting point of low-voltage foil is connected to barrel-like structure table by way of adhesive tape or welding later Face, finally starting pushes location structure 2, and the pushing gear 26 for pushing location structure 2 pushes down gear die 5, last 32 band of driving wheel Movable tooth wheel model 5 rotates, and is wound operation.

Claims

1. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism, including gear die (5) and iron core install platform (3), Be characterized in that: the iron core installs platform (3) upper rear and is equipped with corresponding pushing location structure (2), which holds Dress platform (3) installed in front has front carriage (6), and iron core installation platform (3) includes two and moves left and right three be symmetrically installed Pawl holding frame (10), clamping has an amorphous solid iron core (4) between two three-jaw holding frames (10), on amorphous solid iron core (4) Winding is provided with gear die (5) on position, is equipped with and is axially movable in the middle part of the pawl disk (17) of the three-jaw holding frame (10) And with the locating shaft (19) of support of being in contact on the downside of corresponding gear die (5), be mounted side by side two in front carriage (6) upper end A driving wheel (32) being meshed with gear die (5), described pushing location structure (2) front end be provided with gear die (5) on The pushing gear (26) that side is meshed, the pushing gear (26), driving wheel (32) and locating shaft (19) Cheng Sandian are to gear Mould (5), which is supported, ensures that gear die (5) is vacantly arranged.

2. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 1, it is characterised in that: institute It includes bottom platform (7), Lateral mobile platform (8) and longitudinal mobile platform (9), the bottom that the iron core stated, which installs platform (3), It moves left and right and is equipped with Lateral mobile platform (8) on platform (7) upper surface, the Lateral mobile platform is moved forward and backward on (8) It is equipped with longitudinal mobile platform (9), it is vertically-mounted in the middle part of the longitudinal mobile platform (9) to have screw mandrel support seat (11), screw rod It is horizontally installed with positive and negative tooth screw rod (12) on support base (11), positive and negative tooth screw rod (12) both ends are symmetrically installed that there are two pawl disk is opposite Three-jaw holding frame (10), one end of the positive and negative tooth screw rod (12) be located at longitudinal mobile platform (9) end servo electricity Machine is connected.

3. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 1, it is characterised in that: institute The three-jaw holding frame (10) stated includes vertical rack (13), three station protractors (15) and pawl disk (17), the vertical rack (13) upper end, which is horizontally through, is equipped with three station protractors (15), is equipped with pawl disk on the shaft end of three station protractors (15) (17), pawl disk (17) is rotatably equipped with clamping jaw adjustment disk (16) close to vertical rack (13) side, and the pawl disk (17) is another Side there are three sliding slot, is equipped with herringbone clamping jaw (20) uniformly around center of circle arrangement in sliding slot, and the pawl disk (17) installs herringbone The center position of clevis pawl (20) is equipped with middle part axially position cylinder (18), on the mandril of middle part axially position cylinder (18) It is rotatably equipped with locating shaft (19).

4. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 3, it is characterised in that: institute The bottom for the herringbone clamping jaw (20) stated uses bar shaped teeth shape screw thread, and clamping jaw adjustment disk (16) is connected with herringbone clamping jaw (20) Side use the Scroll-tupe screw thread that matches with bar shaped teeth shape screw thread, the clamping jaw adjustment disk (16) is evenly arranged for outer ring Manually adjust handle (21).

5. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 3, it is characterised in that: institute Two clamping face surfaces of the herringbone clamping jaw (20) stated are arranged with rubber layer.

6. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 3, it is characterised in that: institute Vertical rack (13) upper end stated is equipped with locking cylinder (14) of the mandril towards pawl disk (17).

7. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 1, it is characterised in that: institute Locating shaft (19) outer ring stated has been evenly arranged a circle locating translot.

8. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 1, it is characterised in that: institute The pushing location structure (2) stated includes longitudinal carrier (22), hold installation axle (23) and lower air cylinder installation axle (24), described Longitudinal carrier (22) share two and be symmetrically mounted at upper rack front end, two longitudinal carriers (22) are horizontally installed with pushing Arm installation axle (23), hold installation axle (23) top front side are horizontally installed with lower air cylinder installation axle (24), the pushing It is mounted side by side in the middle part of arm installation axle (23) there are two the hold (27) that front end is downwardly inclined, two hold (27) front ends are opposite Side, which is rotatably equipped with, pushes gear (26), is mounted side by side in the middle part of the lower air cylinder installation axle (24) there are two mandril and is pushed The lower air cylinder (25) being rotatedly connected in the middle part of arm (27).

9. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 1, it is characterised in that: institute The front carriage (6) stated includes vertical gripper shoe (30), transmission main shaft (31) and driving wheel (32), the vertical gripper shoe (30) two pieces are shared in being arranged side by side, transmission main shaft (31), transmission main shaft are installed between two vertical gripper shoe (30) upper ends (31) one end passes through one of vertical gripper shoe (30) and is connected with driving motor, has been mounted side by side in the middle part of transmission main shaft (31) Two driving wheels (32) are equipped with shield peace between the transmission main shaft (31) front lower place, two pieces of vertical gripper shoes (30) It fills axis (35), is slidably fitted with the shield (33) that ontology is located on transmission main shaft (31) in shield installation axle (35), protect Cover (33) is corresponding with driving wheel (32), and idler wheel is equipped between two pieces of vertical gripper shoe (30) lower parts and fixes cylinder (34), idler wheel The mandril of fixed cylinder (34) is equipped with roller structure on mandril towards amorphous solid iron core (4).

10. a kind of amorphous Triangular Three Dimensional Wound Core tinsel cord automatic winding mechanism according to claim 1, it is characterised in that: The gear die (5) has two pieces of semicircular ring structures to assemble, and is disposed at two gear die (5) opposite side centers One circle extension table (28), two gear dies (5) are disposed with the locating slot (29) of a circle indent on the outer ring of side outwardly, described The positioning protrusion to match with locating slot (29) is disposed on driving wheel (32).