CN207339593U - One kind is around embedding all-in-one machine - Google Patents

Abstract

The utility model discloses one kind index dial component is equipped with around embedding all-in-one machine, the center of rack；Include the first station, second station and 3rd station in index dial component, and flexible mould head is equipped with above three station；The first winding mechanism and the second winding mechanism are equipped with above first station and second station, and the side of the first station is additionally provided with and beats mechanism of paper；The upper and lower ends of 3rd station are respectively equipped with pressure stator mechanism and push away paper yarn mechanism, the utility model successively carries out the flexible mould head on index dial component paper feeding, principal phase coiling, secondary winding by beating mechanism of paper, the first winding mechanism, the second winding mechanism and then by pressing stator mechanism and pushing away paper yarn mechanism the paper yarn in flexible mould head is embedded into stator, in process, the conversion and indexing of station are realized by index dial components, coiling, embedding paper and the embedding of stator is formed the production process of assembly line form.

Description

One kind is around embedding all-in-one machine

Technical field

The utility model belongs to coil winding machine field, more particularly to a kind of embedding all-in-one machine of line.

Background technology

The technique of the winding and inserting of stator is broadly divided into three big process of coiling, embedding and embedding paper, at present these processes of the country In some completed by automation equipment, some is completed by manual operation, but is found in actual production and processing, so Cooked mode not only the production cycle is grown, and under processing efficiency, while the quality of product is not also high, and production cost is high.For This, people devise the automation equipment of many, but two procedure of processings of coiling and embedding are still divided into two by major part Equipment is completed, so as to can not meet the production and processing demand of enterprise.

Utility model content

For above-mentioned technical problem, the purpose of this utility model is：Proposing one kind can be automatically performed to stator Embedding and embedding paper technique the embedding all-in-one machine of line.

What the technical solution of the utility model was realized in：It is a kind of around embedding all-in-one machine, including rack, positioned at rack On index dial component, flexible mould head, the first wire-winding unit, the second wire-winding unit, beat mechanism of paper, pressure stator mechanism and push away paper Line mechanism；The center of the rack is equipped with index dial component；Include the first station, second station and the in the index dial component Three stations, and flexible mould head is equipped with above three station；Be equipped with above first station and second station first around Line component and the second wire-winding unit, and the side of the first station is additionally provided with and beats mechanism of paper；The upper and lower ends of the 3rd station point Stator mechanism She You not pressed and push away paper yarn mechanism；Beat mechanism of paper paper is sent in the flexible mould head in the first station, The first wire-winding unit carries out principal phase coiling to flexible mould head at the same time, and then index dial component is by the flexible mould in the first station Head, which is rotated at the second wire-winding unit, carries out secondary winding, and last index dial component rotates the flexible mould head in the first station Paper yarn is embedded into pressure stator mechanism and pushing away in stator between paper yarn mechanism.

Preferably, it is described beat mechanism of paper include being successively set on paper feed tray, pre- foldable assembly and paper cutting mechanism in rack with And the paper advance mechanism above paper cutting mechanism；What the pre- foldable assembly included being oppositely arranged pre-folds feed roller and pre-folds actively Wheel；Described pre-fold is equipped with convex block on driving wheel along its circumferencial direction；It is described pre-fold feed roller be equipped with the corresponding groove of convex block, And it is above-mentioned pre-fold driving wheel rotate when, convex block is spindle rotationally arranged in groove；The paper cutting mechanism includes cut paper base, cut paper Slide plate, move back paper cylinder, pressboard, the 4th feed roller, the 3rd feed roller, quick chuck, the first paper feeding block, the second paper feeding block, One compact heap, the second compact heap, cut paper cylinder and hand papercutter；The cut paper base is equipped with slidable cut paper slide plate；It is described Cut paper slide plate is equipped with by moving back the transversely movable pressboard of paper cylinder；The pressboard is equipped with the 3rd feed roller, described Cut paper slide plate is equipped with and the corresponding 4th paper feeding driving wheel of the 3rd feed roller, and the 3rd feed roller and the 4th paper feeding driving wheel It is connected by a pair of engaged gears, the structure of above-mentioned 3rd feed roller and the 4th paper feeding driving wheel respectively and pre-folds feed roller, pre- It is identical to roll over driving wheel；The upper and lower ends of 4th feed roller are equipped with first be fixed on by quick chuck on cut paper slide plate and send Paper block and the second paper feeding block, and it is equipped with paper feeding slot in above-mentioned first paper feeding block and the second paper feeding block；Phase is equipped with the paper feeding slot Corresponding first compact heap and the second compact heap；It is described move back paper cylinder upper end and be equipped be slidably disposed in and cut by cut paper cylinder Hand papercutter on paper slide plate, and hand papercutter is located at the first compact heap upper end；The paper advance mechanism includes sliding panel, paper feeding frame, material Storehouse, drive motor and push away paper component；The sliding panel is slidably disposed in above the top paper mouth of paper feeding frame by drive component； The sliding panel is equipped with material storehouse；The material storehouse is connected by the gear of a pair of meshing with driving motor；The material storehouse is in hollow Shape；The multiple of circular array distribution are equipped with the inner cavity in the material storehouse and deposit paper mouth；It is additionally provided with below the top paper mouth for that will expect What the paper in storehouse up ejected pushes away paper component；The paper component that pushes away includes screw rod transmission component, pushes away paper slide, push away paper undercarriage, push away Paper bar assembly, push away paper restocking and push away line seat；It is described to push away paper restocking and be arranged in rack；Described push away in paper restocking is equipped with push away line seat； In the push away line seat paper mouth is pushed away equipped with identical with depositing paper mouth；It is described push away paper undercarriage by screw rod transmission component and push away paper slide can What is slided up and down is vertically provided in rack, and pushes away paper undercarriage positioned at pushing away below paper restocking；It is described push away paper undercarriage be equipped with push away paper Bar assembly, pushes away multiple paper bars that push away that paper bar assembly is distributed by circular array and forms, and above-mentioned pushes away that paper bar is corresponding with pushing away paper mouth to be set Put.

Preferably, the flexible mould head includes depositing paper chassis, storage paper bar, conducting bar, traverse shaft, copperhead, push away line seat, push away line Axis, arc block, inner arc block, deposit paper web and shelves drum；Described deposit is provided with multiple excessively paper mouths identical with depositing paper mouth in paper chassis； The storage paper bar deposited paper chassis upper end and be equipped with the distribution of multiple circular array, and it is above-mentioned it is each cross paper mouth be in store up two-by-two paper bar it Between；The inner wall for the cavity that the storage paper bar is formed is additionally provided with the conducting bar of multiple circular array distributions, the cavity that above-mentioned conducting bar is formed It is interior to be equipped with traverse shaft；The upper and lower ends of the traverse shaft are respectively equipped with copperhead and push away line seat, and when traverse shaft moves up and down, copperhead Slided up and down with push away line seat in the gap that conducting bar is formed；The center of the traverse shaft lower end is provided with circular groove；Set in the circular groove There is the push away line axis being arranged concentrically with traverse shaft；The traverse shaft lower end is equipped with the more of the central circular array distribution on traverse shaft A arc block, and exterior bayonet slot is provided with arc block；The push away line axis lower end is equipped with the central circular array distribution on push away line axis Multiple inner arc blocks, and be provided with inner card cage in inner arc block；It is described deposit paper chassis upper end be additionally provided be set in storage paper bar outside Deposit paper web；A grade drum is additionally provided with the middle part of the storage paper bar.

Preferably, the index dial component includes index plate, pinion stand and indexing board motor；The index plate is equipped with circle The first station and second station and 3rd station of shape array distribution, and it is equipped with rotating disc in above three station；The rotation Disk lower end is connected with pinion stand；The pinion stand is equipped with first gear；The indexing board motor is connected with index plate, for driving Dynamic index plate is rotated.

Preferably, the structure of first wire-winding unit and the second wire-winding unit is identical；First wire-winding unit includes Runner assembly, support base, be slidably disposed on support base and cut string-hooking mechanism and wire-winding unit, positioned at wire-winding unit side Adjustment mechanism；The string-hooking mechanism of cutting includes the first Mobile base, the first movable plate, the second Mobile base, the second movable plate, rotation Motor, the first locating rod, the first tangent line block, the second locating rod, telescopic cylinder, the second tangent line block and wire winding pole；The support base It is equipped with transversely movable first Mobile base；The first Mobile base lower end is equipped with the first movable plate that can be moved left and right；Institute State the first movable plate lower end and be equipped with the second Mobile base that can be moved back and forth；Second Mobile base is equipped with moving up and down the Two movable plates；Second movable plate, which is equipped with, passes through rotatable first locating rod of electric rotating machine；First locating rod Front end is equipped with the first tangent line block, and the other end is connected with telescopic cylinder；The second locating rod, and second are equipped with first locating rod Locating rod is connected with the second tangent line block being set in outside the first locating rod, and above-mentioned second tangent line block and the first tangent line block are set relatively Put；Wire winding pole is additionally provided with the first tangent line block.

Preferably, the wire-winding unit includes the winding bracket, lead, upper support being slidably arranged on support base Plate, screw rod transmission component, lower skateboard, drive link, coiling pot bearing, coiling pot, upper bracket, inlet plate, lower support base, lower branch Seat, conduit, bearing block, eccentric shaft, splined shaft, lifting shaft, positioning plate, left mould tool, right mould tool and electric rotating machine；The coiling Stent is equipped with two leads being oppositely arranged；The lead upper end is equipped with upper backup pad；The upper backup pad and coiling The lower skateboard that can be rotated upwardly and downwardly by screw rod transmission component is equipped between stent, and is additionally provided between upper backup pad and winding bracket Drive link；The winding bracket lower end is additionally provided with and the corresponding coiling pot bearing of lower skateboard；The coiling pot bearing lower end is set There is coiling pot；Upper bracket is equipped with the upper backup pad upper end；The upper bracket upper end is connected with inlet plate；The upper backup pad Lower end is equipped with lower support base；The lower support base lower end is equipped with undersetting；The inlet plate lower end is equipped with two conduits, and leads Spool passes through lower skateboard and coiling pot bearing；Bearing block is equipped with the lower support base；The bearing block is externally provided with eccentric shaft, and Eccentric shaft lower end is connected with splined shaft；The splined shaft lower end is arranged in lifting shaft；The lifting shaft is arranged in lower skateboard, And its lower end sequentially passes through winding bracket and coiling pot bearing is connected with positioning plate；The left mould tool and right mould tool are by being connected The two mould screws put are arranged on positioning plate lower end, and the direction of the thread of above-mentioned two mould screw is opposite；The coiling Stent is equipped with adjustment motor；The adjustment motor is connected by synchronous wheel assembly with coiling pot bearing；The coiling pot upper end It is connected by synchronous wheel assembly with drive link；The drive link upper end is connected by synchronous wheel assembly with upper bracket；The transmission The middle and upper part of bar is connected by synchronous wheel assembly with undersetting.

Preferably, the adjustment mechanism includes adjusting seat, adjustment motor and adjustment bar；The adjusting seat is equipped with adjustment electricity Machine；The shaft of the adjustment motor is connected with adjustment bar, and above-mentioned left mould tool and right mould tool are slided into necessarily by winding bracket During position, adjustment bar is connected with above-mentioned left mould tool screw/right mould tool screw, for driving two left moulds on mould screw Tool and right mould have close to each other or separation.

Preferably, the runner assembly, which is arranged in rack, is located at first gear side；The runner assembly includes locking Plate, lock bracket, second gear, compact heap, spring and fixture block；The latch is slidably disposed on lock bracket；Institute State latch and be equipped with rotatable second gear；Compact heap is equipped with positioned at second gear side on the latch, and is compressed Block is L-shaped, and compact heap one end is located above second gear；Side is equipped with card slot in the rotating disc；It is equipped with the card slot logical The fixture block that spring is connected with rotating disc is crossed, and fixture block lower end is located in the locking slot of pinion stand；Above-mentioned latch slides into necessarily During position, fixture block is removed locking slot by latch so that the first gear on pinion stand is connected with second gear, then the second tooth Wheel rotates, and drives whole flexible mould head to rotate.

Preferably, the pressure stator mechanism includes pressure head component and pushes away paper yarn mechanism below pressure head component；It is described Pressure head component includes pressure head stent, lower air cylinder, pressing plate, shifting sledge, stator, pair and cuts somebody's hair and press stator head；The pressure head branch Frame is equipped with two lower air cylinders being oppositely arranged；The lower air cylinder lower end is equipped with pressing plate；Between above-mentioned two lower air cylinder Cut somebody's hair equipped with the pair being arranged on pressure head stent can be slided up and down by shifting sledge；The pair, which cuts somebody's hair to be arranged with outside, passes through screw Transmission component pressure stator head moving up and down；The stator is arranged on pressing plate, and is correspondingly arranged up and down with pressure stator head.

Preferably, the paper yarn mechanism that pushes away includes the first slide plate, pushes away paper yarn stent, the first slide, the second slide plate, the second cunning Rail, the 3rd screw, the 3rd motor, stator stack thickness adjusting rod, wire-drive rod, Cam Follower, transmission component, interior fixture block and wild card Block；First slide plate can slide up and down by screw rod transmission component is arranged in pushing away two first on paper yarn stent cunnings On rail；It is equipped with to slide up and down by screw rod transmission component above first slide plate and is arranged in pushing away two on paper yarn stent On a second slide, and two the second slides are between two the first slides；The second cunning is provided through on first slide plate Plate, and the 3rd screw being vertically provided on the first slide plate, above-mentioned 3rd screw and the 3rd motor are connected, and the 3rd screw upper end It is connected with stator stack thickness adjusting rod；Wire-drive rod, and stator stack thickness adjusting rod and push away line are arranged with outside the stator stack thickness adjusting rod It is connected between bar by Cam Follower；Transmission component is equipped between first slide plate and the second slide plate, for driving push away line Bar is rotated；The stator stack thickness adjusting rod upper end is equipped with the interior fixture block being adapted with inner card cage；The wire-drive rod upper end is set There is the outer fixture block being adapted with exterior bayonet slot；The transmission component includes transmission cylinder, driving rack and travelling gear；The transmission Gear is arranged on wire-drive rod lower end, and the transmission cylinder is arranged on the first slide plate, and passes through driving rack and travelling gear phase Even.

Due to the utilization of above-mentioned technical proposal, the utility model has following advantages compared with prior art：

The embedding all-in-one machine of line of the utility model, by make mechanism of paper, the first wire-winding unit, the second wire-winding unit successively to score Flexible mould head on scale component carries out paper feeding, principal phase coiling, secondary winding and then by pressing stator mechanism and pushing away paper yarn machine Paper yarn in flexible mould head is embedded into stator by structure, and in process, the conversion of station is realized by index dial components And indexing, coiling, embedding paper and the embedding of stator is formed the production process of assembly line form.

Brief description of the drawings

Technical solutions of the utility model are described further below in conjunction with the accompanying drawings：

Attached drawing 1 is the dimensional structure diagram of the utility model；

Attached drawing 2 is the planar structure schematic diagram of the utility model；

Attached drawing 3 is the structure diagram for beating mechanism of paper；

Attached drawing 4 is the partial enlarged view in attached drawing 3；

Attached drawing 5 is the structure diagram at another visual angle of attached drawing 3；

Attached drawing 6 is the partial enlarged view in attached drawing 5；

Attached drawing 7 is the partial enlarged view in attached drawing 5；

Attached drawing 8 is the partial enlarged view in attached drawing 7；

Attached drawing 9 is the partial sectional view of flexible mould head；

Attached drawing 10 is the dimensional structure diagram of flexible mould head；

Attached drawing 11 is the partial enlarged view in attached drawing 10；

Attached drawing 12 is the dimensional structure diagram of index dial component；

Attached drawing 13 is the structure diagram at another visual angle of attached drawing 12；

Attached drawing 14 is the partial enlarged view in attached drawing 13；

Attached drawing 15 is the structure diagram of the first wire-winding unit；

Attached drawing 16 is the partial enlarged view in attached drawing 15；

Attached drawing 17 is the structure diagram at another visual angle of the first wire-winding unit；

Attached drawing 18 is the structure diagram of adjustment mechanism；

Attached drawing 19 is the structure diagram that the first locating rod, the second locating rod, the first tangent line block and the second tangent line block are connected；

Attached drawing 20 is the structure diagram of runner assembly；

Attached drawing 21 is the structure diagram for pushing away paper yarn mechanism；

Attached drawing 22 is the partial enlarged view in attached drawing 21；

Attached drawing 23 is the structure diagram that the 3rd screw, stator stack thickness adjusting rod are connected with outer shaft；

Attached drawing 24 is the structure diagram for pressing stator mechanism.

Embodiment

Illustrate the utility model below in conjunction with the accompanying drawings.

It is described in the utility model a kind of around embedding all-in-one machine as shown in attached drawing 1-2, including rack 1, in rack 1 First 2, first wire-winding unit 4 of index dial component 3, flexible mould, the second wire-winding unit 9, beat mechanism of paper 5, pressure stator mechanism 6 and push away Paper yarn mechanism 7；The center of the rack 1 is equipped with index dial component 3；Include the first station 31, second in the index dial component 3 Station 32 and 3rd station 33, and flexible mould first 2 is equipped with above three station；First station 31 and second station 32 tops are respectively equipped with the first wire-winding unit 4 and the second wire-winding unit 9, and 31 sides of the first station are additionally provided with and beat mechanism of paper 5； The upper and lower ends of the 3rd station 33 are respectively equipped with pressure stator mechanism 6 and push away paper yarn mechanism 7；Mechanism of paper 5 is beaten to be sent to paper In the flexible mould first 2 in the first station 31, while the first wire-winding unit 4 first to flexible mould 2 carries out principal phase coiling, so The flexible mould first 2 in the first station 31 is rotated at the second wire-winding unit 9 and carries out secondary winding by index dial component 3 afterwards, most The flexible mould first 2 in first station 31 is turned to pressure stator mechanism 6 and pushed away will between paper yarn mechanism 7 for index dial component 3 afterwards Paper yarn is embedded into stator 66.It is described to beat paper feed tray 50 that mechanism of paper 5 includes being successively set in rack 1, pre- foldable assembly and cut Mechanism of paper and the paper advance mechanism above paper cutting mechanism；What the pre- foldable assembly included being oppositely arranged pre-folds feed roller 510 With pre-fold driving wheel 511；Described pre-fold is equipped with convex block on driving wheel 511 along its circumferencial direction（Not shown in figure）；It is described to pre-fold Feed roller 510 is equipped with and the corresponding groove of convex block（Not shown in figure）, and it is above-mentioned pre-fold driving wheel rotate 511 when, convex block can What is rotated is arranged in groove.The paper cutting mechanism includes cut paper base 520, cut paper slide plate 521, moves back paper cylinder 522, pressboard 523rd, the 4th feed roller 524, the 3rd feed roller 525, quick chuck 527, the first paper feeding block 528, the second paper feeding block 529, first Compact heap 530, the second compact heap 531, cut paper cylinder 532 and hand papercutter 533；The cut paper base 520 is equipped with slidable Cut paper slide plate 521；The cut paper slide plate 521 is equipped with by moving back the transversely movable pressboard 523 of paper cylinder 522；The pressure Cardboard 523 is equipped with the 3rd feed roller 525, and the cut paper slide plate 521 is equipped with and is sent with the 3rd feed roller 525 the corresponding 4th Paper driving wheel 524, and the 3rd feed roller 525 is connected with the 4th paper feeding driving wheel 524 by a pair of engaged gears, the above-mentioned 3rd send The structure of paper wheel 525 and the 4th paper feeding driving wheel 524 respectively with pre-fold feed roller 511, to pre-fold driving wheel identical；Described 4th send The upper and lower ends of paper wheel 524 are equipped with the first paper feeding block 528 and second being fixed on by quick chuck 527 on cut paper slide plate 521 Paper feeding block 529, and it is equipped with paper feeding slot in above-mentioned first paper feeding block 528 and the second paper feeding block 529；It is equipped with the paper feeding slot opposite The first compact heap 530 and the second compact heap 531 answered；522 upper end of paper cylinder of moving back is equipped with by cut paper cylinder 532 slidably The hand papercutter 533 being arranged on cut paper slide plate 521, and hand papercutter 533 is located at 530 upper end of the first compact heap；The dexter feeder Structure includes sliding panel 540, paper feeding frame 543, material storehouse 544, driving motor 545 and pushes away paper component；The sliding panel 540 passes through driving Component is slidably disposed in the top of top paper mouth 546 of paper feeding frame 543；The sliding panel 540 is equipped with material storehouse 544；The material Storehouse 544 is connected by the gear of a pair of meshing with driving motor 545；The material storehouse 544 is in hollow form；The material storehouse 544 it is interior The multiple of circular array distribution are equipped with chamber and deposit paper mouth 547；546 lower section of top paper mouth is additionally provided with for by material storehouse 544 What paper up ejected pushes away paper component；It is described push away paper component include screw rod transmission component 10, push away paper slide 551, push away paper undercarriage 552, Push away paper bar assembly, push away paper restocking 554 and push away line seat 555；It is described to push away paper restocking 554 and be arranged in rack 1；It is described to push away paper restocking Push away line seat 555 is equipped with 554；In the push away line seat 555 paper mouth 556 is pushed away equipped with identical with depositing paper mouth 547；It is described to push away paper undercarriage 552 by screw rod transmission component 10 and push away paper slide 551 and can slide up and down and be vertically provided in rack 1, and push away paper undercarriage 552 Positioned at pushing away the lower section of paper restocking 554；The paper undercarriage 552 that pushes away pushes away paper bar assembly and is distributed by circular array equipped with paper bar assembly is pushed away Multiple paper bars 553 that push away form, and the above-mentioned paper bar 553 that pushes away is with pushing away the 556 corresponding setting of paper mouth.

During start-up operation, paper is sent out from paper feed tray enter and pre-fold feed roller and pre-fold driving wheel between, and by mutual Corresponding convex block and groove pre-fold paper, and the paper after pre-folding is sent in paper cutting mechanism；Paper is introduced into the second paper feeding block And second between compact heap, it is then delivered between the 3rd feed roller and the 4th feed roller and carries out flanging, enter the first paper feeding Between block and the first compact heap, then it is transmitted to above the first compact heap depositing for storehouse of material and is blocked in paper mouth, cut paper cylinder is by cut paper Knife is moved along cutting away on unnecessary paper, and driving motor drives material storehouse to rotate certain angle by a pair of of gear so that another A paper mouth of depositing is aligned above the first compact heap, is repeated aforesaid operations, is made to deposit in paper mouth and be filled with paper；Sliding panel is first in paper feeding frame Top paper mouth in slided, when slide into push away line seat push away paper mouth and expect storehouse deposit paper mouth it is corresponding when stop movement, screw biography Dynamic Component driver is located at the paper bar assembly that pushes away pushed away on paper undercarriage and up moves, and so each pushes away paper bar and is just deposited corresponding in paper mouth Paper be up pushed into the storage paper bar 21 of flexible mould head.

The flexible mould head includes depositing paper chassis 20, storage paper bar 21, conducting bar 22, copperhead push rod 23, copperhead 24, push away line seat 30th, push away line axis 25, arc block 26, inner arc block 27, deposit paper web 28 and shelves drum 29；It is described deposit be provided with paper chassis 20 it is multiple with Deposit the identical paper mouth 200 excessively of paper mouth 547；The storage paper bar 21 deposited 20 upper end of paper chassis and be equipped with the distribution of multiple circular array, and Above-mentioned each paper mouth 200 of crossing is between storage paper bar 21 two-by-two；The cavity lower end that the storage paper bar 21 is formed is additionally provided with push away line seat 30；The push away line seat 30 is equipped with the conducting bar 22 of multiple circular array distribution, and conducting bar 22 and storage paper bar 21 are abutted and set；It is described Copperhead push rod 23 is arranged on through push away line seat 30 in the cavity of the composition of conducting bar 22；23 upper end of copperhead push rod is equipped with copperhead 24, And copperhead 24 is fastened in the gap of the composition of conducting bar 22；The center of 23 lower end of copperhead push rod is provided with circular groove 232；The circular groove The push away line axis 25 being arranged concentrically with copperhead push rod 23 is equipped with 232, and 25 both ends of push away line axis pass through copperhead push rod 23 and push away line seat 30 are connected；23 lower end of copperhead push rod is equipped with the multiple arcs block 26 of the central circular array distribution on copperhead push rod 23, And exterior bayonet slot 230 is provided with arc block 26；25 lower end of push away line axis is equipped with the central circular array distribution on push away line axis 25 Multiple inner arc blocks 27, and inner card cage 231 is provided with inner arc block 27；It is described deposit 20 upper end of paper chassis and be additionally provided be set in storage Paper web 28 is deposited outside paper bar 21；The middle part of the storage paper bar 21 is additionally provided with grade drum 29.The index dial component 3 includes index plate 35th, pinion stand 34 and indexing board motor 36；The index plate 35 is equipped with the first station 31 and the second work of circular array distribution Position 32 and 3rd station 33, and it is equipped with rotating disc 37 in above three station；37 lower end of rotating disc is connected with pinion stand 34； The pinion stand 34 is equipped with first gear 38；The indexing board motor 36 is connected with index plate 35, for driving index plate 35 Rotated.

First wire-winding unit 4 is identical with the structure of the second wire-winding unit 9；First wire-winding unit 4 includes rotating Component, support base 200, be slidably disposed on support base 200 and cut string-hooking mechanism and wire-winding unit, positioned at wire-winding unit one The adjustment mechanism of side；The string-hooking mechanism of cutting includes the first Mobile base 201, the first movable plate 202, the second Mobile base 203, second Movable plate 204, electric rotating machine 205, the first locating rod 206, the first tangent line block 207, the second locating rod 208, telescopic cylinder 209, Second tangent line block 210 and wire winding pole 211；The support base 200 is equipped with transversely movable first Mobile base 201；Described One Mobile base, 201 lower end is equipped with the first movable plate 202 that can be moved left and right；First movable plate, 202 lower end is equipped with can be front and rear The second mobile Mobile base 203；Second Mobile base 203 is equipped with the second movable plate 204 moving up and down；Described second Movable plate 204, which is equipped with, passes through rotatable first locating rod 206 of electric rotating machine 205；The front end of first locating rod 206 is set There is the first tangent line block 207, the other end is connected with telescopic cylinder 209；The second locating rod 208 is equipped with first locating rod 207, And second locating rod 208 be connected with the second tangent line block 210 being set in outside the first locating rod 207, above-mentioned second tangent line block, 210 He First tangent line block 207 is oppositely arranged；Wire winding pole 211 is additionally provided with the first tangent line block 210；The wire-winding unit includes sliding The dynamic winding bracket 90 being arranged on support base 200, lead 91, upper backup pad 92, screw rod transmission component 10, lower skateboard 93, Drive link 94, coiling pot bearing 95, coiling pot 96, upper bracket 97, inlet plate 98, lower support base 99, undersetting 100, conduit 101st, bearing block, eccentric shaft 103, splined shaft 104, lifting shaft 102, positioning plate 105, left mould tool 106, right mould tool 107 and rotation Motor 108；The winding bracket 90 is equipped with two leads 91 being oppositely arranged；91 upper end of lead is equipped with upper support Plate 92；The lower skateboard 93 that can be rotated upwardly and downwardly by screw rod transmission component is equipped between the upper backup pad 92 and winding bracket 90, And drive link 94 is additionally provided between upper backup pad 92 and winding bracket 90；90 lower end of winding bracket is additionally provided with and lower skateboard 93 Corresponding coiling pot bearing 95；95 lower end of coiling pot bearing is equipped with coiling pot 96；Set in 92 upper end of upper backup pad There is upper bracket 97；97 upper end of upper bracket is connected with inlet plate 98；92 lower end of upper backup pad is equipped with lower support base 99；Institute State lower 99 lower end of support base and be equipped with undersetting 100；98 lower end of inlet plate is equipped with two conduits 101, and conduit 101 is worn Cross lower skateboard 93 and coiling pot bearing 95；Bearing block is equipped with the lower support base 99（Not shown in figure）；Outside the bearing block Equipped with eccentric shaft 103, and 103 lower end of eccentric shaft is connected with splined shaft 104；104 lower end of splined shaft is arranged on lifting shaft 102 It is interior；The lifting shaft is arranged in lower skateboard, and its lower end sequentially passes through winding bracket 90 and coiling pot bearing 95 and positioning plate 105 are connected；The left mould tool 106 is arranged under positioning plate 105 with right mould tool 107 by the two mould screws set that are connected End, and the direction of the thread of above-mentioned two mould screw is opposite；The winding bracket 90 is equipped with electric rotating machine 108；The rotation Rotating motor 108 is connected by synchronous wheel assembly with coiling pot bearing 95；The coiling pot upper end passes through synchronous wheel assembly and transmission Bar 94 is connected；94 upper end of drive link is connected by synchronous wheel assembly with upper bracket 97；The middle and upper part of the drive link 94 leads to Synchronous wheel assembly is crossed with undersetting 100 to be connected.The adjustment mechanism includes adjusting seat 220, adjustment motor 221 and adjustment bar 222； The adjusting seat 220 is equipped with adjustment motor 221；The shaft of the adjustment motor 221 is connected with adjustment bar 222, and an above-mentioned left side When mould 106 and right mould tool 107 slide into certain position by winding bracket 90, adjustment bar 222 and above-mentioned left mould tool screw/right side Mould screw is connected, for driving two left mould tools 106 on mould screw and right mould to have 107 close to each other or separation. The runner assembly, which is arranged in rack 1, is located at 38 side of first gear；The runner assembly includes latch 39, lock bracket 40th, second gear 41, compact heap 42, spring and fixture block 44；The latch 39 is slidably disposed on lock bracket 40；Institute State latch 39 and be equipped with rotatable second gear 41；On the latch 39 compact heap is equipped with positioned at 41 side of second gear 42, and compact heap 42 is L-shaped, 42 one end of compact heap is located at the top of second gear 41；Side is equipped with card slot in the rotating disc 37； The fixture block 44 being connected by spring with rotating disc 37 is equipped with the card slot, and 44 lower end of fixture block is located at the locking slot of pinion stand 34 In 43；When above-mentioned latch 39 slides into certain position, fixture block 44 is removed locking slot 43 by latch 39 so that on pinion stand 34 First gear 38 be connected with second gear 41, then second gear 41 rotates, and drives whole flexible mould head to rotate.Actual Winding process is as described below：Line enters in conduit from inlet plate first, then out enters coiling out of coiling pot bearing On pot, coiling electric motor is started to work, and coiling electric motor driving coiling pot is rotated, so that line be twined by left mould tool and right mould tool On the conducting bar of flexible mould head, wherein coiling electric motor drives inlet plate and undersetting inlet wire to turn successively by synchronous wheel assembly It is dynamic, so that line will not cause line to knot when being wound on conducting bar, and when needing heavy mould, component is passed on by screw Driving lower skateboard moves down, and for such lifting shaft just together as lower skateboard moves down, lifting shaft takes left mould tool and right mould to Tool moves down, so as to play the role of heavy mould, easy to the coiling of inlet wire next step, after the completion of coiling, using cutting string-hooking mechanism Line is cut and ticked；When needing to the inlet wire adjustment of the distance between left mould tool and right mould tool, first by whole winding bracket Adjustment bar side is laterally moved to, and adjustment bar is connected with right mould tool screw, motor is then adjusted and starts to rotate, so as to drive a left side Mould screw and right mould tool screw inlet wire reversely rotate, and drive left mould tool and right mould tool close to each other or remote；At the same time in order to Coiling is closed, flexible mould head is also required to be rotated, and at this time, latch is moved along so that compress block alignment fixture block, this scale Block is just moved along to a distance, and such fixture block is just stuck in locking slot, and then second gear starts to go to, and drives the first tooth Wheel is gone to together, drives whole flexible mould head inlet wire to go to, so as to coordinate the first wire-winding unit inlet wire coiling, principal phase coiling is complete Cheng Hou, indexing board motor are started to work, driving flexible mould head inlet wire at the second wire-winding unit it is secondary mutually around, when paper and line all around After flexible mould head, indexing board motor is started to work, and driving index plate rotates 120 ° so that flexible mould head is positioned at pressure stator Mechanism and push away between paper yarn mechanism.The pressure stator mechanism 6 includes pressure head component and pushes away paper yarn machine below pressure head component Structure.

The pressure head component includes pressure head stent 60, lower air cylinder 61, pressing plate 62, shifting sledge 63, stator 66, pair and cuts somebody's hair 64 and pressure stator head 65；The pressure head stent 60 is equipped with two lower air cylinders 61 being oppositely arranged；Under the lower air cylinder 61 End is equipped with pressing plate 62；It is equipped with to slide up and down by shifting sledge 63 between above-mentioned two lower air cylinder 61 and is arranged on pressure head stent Pair on 60 cuts somebody's hair 64；The pair, which is cut somebody's hair, to be arranged with outside 64 by the pressure stator head 65 moving up and down of screw rod transmission component 10； The stator 66 is arranged on pressing plate 62, and is correspondingly arranged with pressure stator head about 65；The paper yarn mechanism that pushes away includes the first cunning Plate 70, push away paper yarn stent 71, the first slide 72, the second slide plate 73, the second slide 74, the 3rd screw 75, the 3rd motor 76, stator Folded thickness adjusting rod 77, wire-drive rod 78, Cam Follower 79, transmission component, interior fixture block 80 and outer fixture block 81；First slide plate 70 It can slide up and down and be arranged on two the first slides 72 for pushing away on paper yarn stent 71 by screw rod transmission component 10；It is described The top of first slide plate 70 is equipped with can slide up and down be arranged in pushing away on paper yarn stent 71 two by screw rod transmission component 10 On second slide 74, and two the second slides 74 are between two the first slides 72；It is provided through on first slide plate 70 Second slide plate 73, and the 3rd screw 75 being vertically provided on the first slide plate 70, above-mentioned 3rd screw 75 and 76 phase of the 3rd motor Even, and 75 upper end of the 3rd screw is connected with wire-drive rod 78；Stator stack thickness adjusting rod 77, and stator are arranged with outside the wire-drive rod 78 It is connected between folded thickness adjusting rod 77 and wire-drive rod 78 by Cam Follower 79；Between first slide plate, 70 and second slide plate 73 Equipped with transmission component, for driving wire-drive rod 78 to be rotated；78 stator stack thickness adjusting rod of wire-drive rod, 77 upper end be equipped with The interior fixture block 80 that inner card cage 231 is adapted；77 upper end of stator stack thickness adjusting rod is equipped with the wild card being adapted with exterior bayonet slot 230 Block 81；The transmission component includes transmission cylinder 82, driving rack 83 and travelling gear 84；The travelling gear 84, which is arranged on, to be pushed away 78 lower end of line bar, the transmission cylinder 82 is arranged on the first slide plate 70, and is connected by driving rack 83 with travelling gear 84.

Actual operating process is as follows：There is the paper being arranged in storage paper bar in flexible mould head at this time and be arranged on conducting bar On copper wire, then lower air cylinder driving pressing plate move down to the position of setting, stator and flexible mould head are mutually right up and down Should, then shifting sledge drive pair, which is cut somebody's hair, moves down, and makes it lead shaking to stator, it is ensured that stator and die head upper end are mutual It is correspondingly arranged, then screw rod transmission Component driver pressure stator head moves down, and stator upper end is compressed；3rd screw and the 3rd Motor, which cooperates, drives the upper end of the wire-drive rod positioned at the 3rd screw upper end to be moved to inner arc block composition in flexible mould head Region in, the first slide plate is up moved by screw rod transmission component, drive wire-drive rod be also up moved in flexible mould head In the region that outer arcuate block is formed, then it is driven cylinder and drives travelling gear to rotate by driving rack, travelling gear rotates band Dynamic stator stack thickness adjusting rod rotates, and stator stack thickness adjusting rod drives wire-drive rod to be rotated by Cam Follower so that wild card Block and interior fixture block are fastened in exterior bayonet slot and inner card cage respectively, and the 3rd screw work, driving wire-drive rod up moves, at this time push away line Bar setting corresponding with push away line axis, such wire-drive rod just drive copperhead up to move, so that for adjusting the folded thickness of stator, first When slide plate up moves, driving wire-drive rod up moves, and wire-drive rod drives push away line seat to promote copper wire into stator；Second slide plate 73 are up moved by the second slide so that the paper bar assembly that pushes away on the second slide plate up moves, by the position in flexible mould head Shifted onto in the paper in storage paper bar in stator；When paper and line are all pushed into stator, since outer fixture block and interior fixture block block respectively It is located in exterior bayonet slot and inner card cage, so that wire-drive rod and stator stack thickness adjusting rod move down at the same time, return to original position, complete Push away paper yarn work.

The embedding all-in-one machine of line of the utility model, integral structure layout is reasonable, can be automatically performed paper feeding to stator, embedding With the operating process such as embedding paper, the automation of whole production process is efficient, meets the production and processing demand of enterprise.

Above-described embodiment is only the technical concepts and features for illustrating the utility model, and its object is to allow be familiar with technique Personage can understand the content of the utility model and be carried out, the scope of protection of the utility model can not be limited with this, All equivalent change or modifications made according to the utility model Spirit Essence, should all cover in the scope of protection of the utility model It is interior.

Claims (10)

1. one kind is around embedding all-in-one machine, it is characterised in that：Index dial component, flexible mould head including rack, in rack, One winding mechanism, the second winding mechanism, beat mechanism of paper, pressure stator mechanism and push away paper yarn mechanism；The center of the rack, which is equipped with, to be divided Scale component；Include the first station, second station and 3rd station in the index dial component, and be all provided with above three station There is flexible mould head；The first winding mechanism and the second winding mechanism, and first are equipped with above first station and second station The side of station, which is additionally provided with, beats mechanism of paper；The upper and lower ends of the 3rd station are respectively equipped with pressure stator mechanism and push away paper yarn machine Structure；Beat mechanism of paper paper is sent in the flexible mould head in the first station, while the first winding mechanism is to flexible mould Head carries out principal phase coiling, and then the flexible mould head in the first station is rotated at the second winding mechanism and carried out by index dial component Secondary winding, last index dial component by the flexible mould head in the first station turn to pressure stator mechanism and push away paper yarn mechanism it Between paper yarn is embedded into stator.

It is 2. according to claim 1 around embedding all-in-one machine, it is characterised in that：The mechanism of paper of beating includes being successively set on rack On paper feed tray, pre- foldable assembly and paper cutting mechanism and the paper advance mechanism above paper cutting mechanism；

What the pre- foldable assembly included being oppositely arranged pre-folds feed roller and pre-folds driving wheel；It is described to pre-fold on driving wheel along its circumference Direction is equipped with convex block；It is described pre-fold feed roller be equipped with the corresponding groove of convex block, and it is above-mentioned pre-fold driving wheel rotate when, convex block It is spindle rotationally arranged in groove；

The paper cutting mechanism include cut paper base, cut paper slide plate, move back paper cylinder, pressboard, the 4th feed roller, the 3rd feed roller, Quick chuck, the first paper feeding block, the second paper feeding block, the first compact heap, the second compact heap, cut paper cylinder and hand papercutter；It is described to cut Paper base is equipped with slidable cut paper slide plate；The cut paper slide plate is equipped with by moving back the transversely movable platen of paper cylinder Plate；The pressboard is equipped with the 3rd feed roller, and the cut paper slide plate is equipped with and corresponding 4th paper feeding of the 3rd feed roller Driving wheel, and the 3rd feed roller and the 4th paper feeding driving wheel are connected by a pair of engaged gears, above-mentioned 3rd feed roller and the 4th The structure of paper feeding driving wheel respectively with pre-fold feed roller, to pre-fold driving wheel identical；The upper and lower ends of 4th feed roller are equipped with The the first paper feeding block and the second paper feeding block being fixed on by quick chuck on cut paper slide plate, and above-mentioned first paper feeding block and second is sent Paper feeding slot is equipped with paper block；Corresponding first compact heap and the second compact heap are equipped with the paper feeding slot；It is described to move back paper cylinder Upper end is equipped with the hand papercutter being slidably disposed in by cut paper cylinder on cut paper slide plate, and hand papercutter is located on the first compact heap End；

The paper advance mechanism includes sliding panel, paper feeding frame, expects storehouse, drives motor and push away paper component；The sliding panel passes through driving Component is slidably disposed in above the top paper mouth of paper feeding frame；The sliding panel is equipped with material storehouse；Nibbled by a pair in the material storehouse The gear of conjunction is connected with driving motor；The material storehouse is in hollow form；The more of circular array distribution are equipped with the inner cavity in the material storehouse It is a to deposit paper mouth；It is additionally provided with below the top paper mouth and pushes away paper component for up eject the paper expected in storehouse；

The paper component that pushes away includes screw rod transmission component, pushes away paper slide, push away paper undercarriage, push away paper bar assembly, push away paper restocking and push away line Seat；It is described to push away paper restocking and be arranged in rack；Described push away in paper restocking is equipped with push away line seat；It is equipped with the push away line seat with depositing paper mouth Identical pushes away paper mouth；It is described to push away paper undercarriage by screw rod transmission component and push away paper slide and can slide up and down and be vertically provided at rack On, and paper undercarriage is pushed away positioned at pushing away below paper restocking；The paper undercarriage that pushes away pushes away paper bar assembly by circle equipped with paper bar assembly is pushed away The multiple of column distribution push away paper bars composition, and above-mentioned push away the setting corresponding with pushing away paper mouth of paper bar.

It is 3. according to claim 2 around embedding all-in-one machine, it is characterised in that：The flexible mould head includes depositing paper chassis, storage Paper bar, conducting bar, traverse shaft, copperhead, push away line seat, push away line axis, arc block, inner arc block, deposit paper web and shelves drum；It is described to deposit paper bottom Multiple excessively paper mouths identical with depositing paper mouth are provided with disk；The storage paper deposited paper chassis upper end and be equipped with the distribution of multiple circular array Bar, and above-mentioned each paper mouth of crossing is between storage paper bar two-by-two；The inner wall for the cavity that the storage paper bar is formed is additionally provided with multiple circles The conducting bar of shape array distribution, the cavity of above-mentioned conducting bar composition is interior to be equipped with traverse shaft；The upper and lower ends of the traverse shaft are respectively equipped with Copperhead and push away line seat, and when traverse shaft moves up and down, copperhead and push away line seat slide up and down in the gap that conducting bar is formed；It is described to lead The center of spool lower end is provided with circular groove；The push away line axis being arranged concentrically with traverse shaft is equipped with the circular groove；The traverse shaft lower end Multiple arcs block equipped with the central circular array distribution on traverse shaft, and exterior bayonet slot is provided with arc block；The push away line axis Lower end is equipped with multiple inner arc blocks of the central circular array distribution on push away line axis, and is provided with inner card cage in inner arc block；Institute State deposit paper chassis upper end be additionally provided be set in storage paper bar outside deposit paper web；A grade drum is additionally provided with the middle part of the storage paper bar.

It is 4. according to claim 3 around embedding all-in-one machine, it is characterised in that：The index dial component includes index plate, gear Seat and indexing board motor；The index plate is equipped with the first station and second station and 3rd station of circular array distribution, and Rotating disc is equipped with above three station；The rotating disc lower end is connected with pinion stand；The pinion stand is equipped with first gear； The indexing board motor is connected with index plate, for driving index plate to be rotated.

It is 5. according to claim 4 around embedding all-in-one machine, it is characterised in that：First winding mechanism and the second winding mechanism Structure it is identical；First winding mechanism includes runner assembly, support base, is slidably disposed on support base and cuts hooking Mechanism and wire-winding unit, the adjustment mechanism positioned at wire-winding unit side；

The string-hooking mechanism of cutting includes the first Mobile base, the first movable plate, the second Mobile base, the second movable plate, electric rotating machine, the A positioning rod, the first tangent line block, the second locating rod, telescopic cylinder, the second tangent line block and wire winding pole；The support base is equipped with can First Mobile base of transverse shifting；The first Mobile base lower end is equipped with the first movable plate that can be moved left and right；Described first moves Movable plate lower end is equipped with the second Mobile base that can be moved back and forth；Second Mobile base is equipped with the moving up and down second movement Plate；Second movable plate, which is equipped with, passes through rotatable first locating rod of electric rotating machine；The front end of first locating rod is set There is the first tangent line block, the other end is connected with telescopic cylinder；The second locating rod, and the second locating rod are equipped with first locating rod It is connected with the second tangent line block being set in outside the first locating rod, above-mentioned second tangent line block and the first tangent line block are oppositely arranged；It is described Wire winding pole is additionally provided with first tangent line block.

It is 6. according to claim 5 around embedding all-in-one machine, it is characterised in that：The wire-winding unit includes slidably being arranged on branch Winding bracket, lead on support seat, upper backup pad, screw rod transmission component, lower skateboard, drive link, coiling pot bearing, coiling Pot, upper bracket, inlet plate, lower support base, undersetting, conduit, bearing block, eccentric shaft, splined shaft, lifting shaft, positioning plate, a left side Mould, right mould tool and electric rotating machine；The winding bracket is equipped with two leads being oppositely arranged；The lead upper end is set There is upper backup pad；The lower skateboard that can be rotated upwardly and downwardly by screw rod transmission component is equipped between the upper backup pad and winding bracket, And drive link is additionally provided between upper backup pad and winding bracket；The winding bracket lower end be additionally provided with lower skateboard it is corresponding around Line pot bearing；The coiling pot bearing lower end is equipped with coiling pot；Upper bracket is equipped with the upper backup pad upper end；The upper bracket Upper end is connected with inlet plate；The upper backup pad lower end is equipped with lower support base；The lower support base lower end is equipped with undersetting；It is described Inlet plate lower end is equipped with two conduits, and conduit passes through lower skateboard and coiling pot bearing；Axis is equipped with the lower support base Bearing；The bearing block is externally provided with eccentric shaft, and eccentric shaft lower end is connected with splined shaft；The splined shaft lower end is arranged on lifting In axis；The lifting shaft is arranged in lower skateboard, and its lower end sequentially passes through winding bracket and coiling pot bearing and positioning plate phase Even；The left mould tool is arranged on positioning plate lower end, and above-mentioned two mould with right mould tool by the two mould screws set that are connected The direction for having the thread of screw is opposite；The winding bracket is equipped with adjustment motor；The adjustment motor passes through synchronous wheel assembly It is connected with coiling pot bearing；The coiling pot upper end is connected by synchronous wheel assembly with drive link；The drive link upper end passes through Synchronous wheel assembly is connected with upper bracket；The middle and upper part of the drive link is connected by synchronous wheel assembly with undersetting.

It is 7. according to claim 6 around embedding all-in-one machine, it is characterised in that：The adjustment mechanism includes adjusting seat, adjustment electricity Machine and adjustment bar；The adjusting seat is equipped with adjustment motor；The shaft of the adjustment motor is connected with adjustment bar, and above-mentioned left mould When tool and right mould tool slide into certain position by winding bracket, adjustment bar is connected with above-mentioned left mould tool screw/right mould tool screw, For driving two left mould tools on mould screw and right mould to have close to each other or separation.

It is 8. according to claim 7 around embedding all-in-one machine, it is characterised in that：The runner assembly is arranged in rack positioned at the One gear side；The runner assembly includes latch, lock bracket, second gear, compact heap, spring and fixture block；The lock Tight plate is slidably disposed on lock bracket；The latch is equipped with rotatable second gear；The latch is upper Compact heap is equipped with second gear side, and compact heap is L-shaped, compact heap one end is located above second gear；The rotating disc Interior side is equipped with card slot；The fixture block being connected by spring with rotating disc is equipped with the card slot, and fixture block lower end is located at pinion stand Locking slot in；When above-mentioned latch slides into certain position, fixture block is removed locking slot by latch so that on pinion stand One gear is connected with second gear, and then second gear rotates, and drives whole flexible mould head to rotate.

It is 9. according to claim 8 around embedding all-in-one machine, it is characterised in that：The pressure stator mechanism includes pressure head component and position Paper yarn mechanism is pushed away below pressure head component；The pressure head component includes pressure head stent, lower air cylinder, pressing plate, shifting sledge, fixed Stator head is cut somebody's hair and pressed to son, pair；The pressure head stent is equipped with two lower air cylinders being oppositely arranged；The lower air cylinder lower end Equipped with pressing plate；The pair being arranged on pressure head stent can be slided up and down by shifting sledge by, which being equipped between above-mentioned two lower air cylinder, pushes away Head；The pair is arranged with by screw rod transmission component pressure stator head moving up and down outside cutting somebody's hair；The stator is arranged on pressing plate On, and be correspondingly arranged up and down with pressure stator head.

It is 10. according to claim 9 around embedding all-in-one machine, it is characterised in that：The paper yarn mechanism that pushes away includes the first slide plate, pushes away Paper yarn stent, the first slide, the second slide plate, the second slide, the 3rd screw, the 3rd motor, stator stack thickness adjusting rod, wire-drive rod, Cam Follower, transmission component, interior fixture block and outer fixture block；First slide plate can slide up and down by screw rod transmission component to be set Put on two the first slides pushed away on paper yarn stent；Be equipped with above first slide plate by screw rod transmission component can on Lower slider is arranged in pushing away on two the second slides on paper yarn stent, and two the second slides positioned at two the first slides it Between；The second slide plate is provided through on first slide plate, and the 3rd screw being vertically provided on the first slide plate, above-mentioned 3rd Bar and the 3rd motor are connected, and the 3rd screw upper end is connected with stator stack thickness adjusting rod；It is arranged outside the stator stack thickness adjusting rod There is wire-drive rod, and be connected between stator stack thickness adjusting rod and wire-drive rod by Cam Follower；First slide plate and second is slided Transmission component is equipped between plate, for driving wire-drive rod to be rotated；The stator stack thickness adjusting rod upper end is equipped with and inner card cage The interior fixture block being adapted；The wire-drive rod upper end is equipped with the outer fixture block being adapted with exterior bayonet slot；

The transmission component includes transmission cylinder, driving rack and travelling gear；The travelling gear is arranged on wire-drive rod lower end, The transmission cylinder is arranged on the first slide plate, and is connected by driving rack with travelling gear.