CN204179877U - Electric motor of automobile wave-winding machine - Google Patents
Electric motor of automobile wave-winding machine Download PDFInfo
- Publication number
- CN204179877U CN204179877U CN201420611264.6U CN201420611264U CN204179877U CN 204179877 U CN204179877 U CN 204179877U CN 201420611264 U CN201420611264 U CN 201420611264U CN 204179877 U CN204179877 U CN 204179877U
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Abstract
The utility model relates to technical field of motors, be specifically related to electric motor of automobile wave-winding machine, it is characterized in that, comprise frame, coiling driving control device, Winder and steering wheel rotation device, main support upper plate and main support base plate is provided with in frame, coiling driving control device is arranged on main support upper plate, Winder is connected with coiling driving control device, described driver for winding comprises servomotor, motor, cam, guide rod and main shaft, described Winder comprises winding former, push away line apparatus and winding mechanism, winding mechanism is sleeved on winding former and pushes away outside line apparatus, described winding former comprises winding former fixed disk, winding former support and core rod, core rod is arranged on below winding former fixed disk, the described line apparatus that pushes away comprises wire-drive rod terminal pad, wire-drive rod and slip bead, described wire-drive rod comprises interior wire-drive rod and outer wire-drive rod, it is high that the purpose of this utility model is to provide a kind of automaticity, coiling is electric motor of automobile wave-winding machine efficiently.
Description
Technical field
The utility model relates to technical field of motors, is specifically related to a kind of electric motor of automobile wave-winding machine.
Background technology
The device that waveform coiling in motor manufacturing adopts is that electromagnetic wire is turned to the overall number of turn by designing requirement, then by pneumatic means, the overall number of turn is pressed into waveform winding.Problem existing for this device is: shaping follower complex structure, and the compressing control difficulty of waveform, threading speed is low, can not meet the requirement of automated production.
Summary of the invention
For the problems referred to above, the purpose of this utility model is to provide that a kind of automaticity is high, coiling electric motor of automobile wave-winding machine efficiently.
Realize the technical solution of the utility model as follows:
Electric motor of automobile wave-winding machine, comprise frame, coiling driving control device, Winder and steering wheel rotation device, main support upper plate and main support base plate is provided with in frame, coiling driving control device is arranged on main support upper plate, Winder is connected with coiling driving control device, described steering wheel rotation device is arranged on main support base plate, described driver for winding comprises servomotor, motor, cam, guide rod and main shaft, described servomotor is arranged on main support upper plate, cam and fixing upper plate is provided with between servomotor and main support upper plate, servomotor is fixed on fixing upper plate, servo motor output shaft is connected with main support upper plate through cam, described motor is arranged on main support upper plate, motor output shaft end is set with synchronizing wheel, guide rod and main shaft is provided with between main support upper plate and fixing upper plate, described main shaft and guide rod are set with winding former Connection Block and push away line Connection Block, cam is provided with upper and lower twice track, winding former Connection Block is connected with camshaft bearing with pushing away on line Connection Block, in the cam rail that described camshaft bearing is arranged, described spindle jacket is equipped with outer main shaft, the spindle synchronous that is set with above of the outer main support upper plate of described outer main shaft is taken turns, described Winder comprises winding former, push away line apparatus and winding mechanism, winding mechanism is sleeved on winding former and pushes away outside line apparatus, described winding former comprises winding former fixed disk, winding former support and core rod, core rod is arranged on below winding former fixed disk, winding former Bracket setting is in core rod surrounding, the described line apparatus that pushes away comprises wire-drive rod terminal pad, wire-drive rod and slip bead, described wire-drive rod comprises interior wire-drive rod and outer wire-drive rod, wire-drive rod is through winding former fixed disk, winding former core rod is provided with the arc coordinated with outer wire-drive rod, and with the interior passing part pushing away line mould and coordinate, slip bead is sleeved on wire-drive rod, the slotted eye of some installation slip beads is provided with above wire-drive rod terminal pad, slip bead is arranged in slotted eye, described guide rod bottom is provided with and pushes away line mechanism connecting plate, be connected with wire-drive rod terminal pad under pushing away line mechanism connecting plate.
Be provided with some boss below described winding former fixed mount, boss is provided with mounting hole, and winding former support is arranged on boss by screw.
Described winding mechanism comprises cam disc, deep bid and cord grip, cam disc is sleeved on deep bid, cam disc is connected by large bearing with deep bid, cord grip is arranged on the surrounding of cam disc, cord grip comprises driving connecting rod, line ball slide block, line ball guide rail and line ball transmission bar, driving connecting rod one end is connected with deep bid, the other end is set with line ball sabot, line ball rotating disk is provided with connecting rod, line ball slide block set is contained on connecting rod, line ball slide block is connected by bearing with between connecting rod, described cam disc is provided with cam rail, driving connecting rod is provided with the drive bearing be placed in cam rail, described line ball transmission bar is sleeved on line ball slide block, line ball transmission bar both sides are provided with line ball track, line ball track is sleeved on line ball slide block.
Described wire-drive rod terminal pad and push away between line mechanism connecting plate and be provided with gear box, gear box comprises upper gear box and lower tooth roller box, in upper gear box and lower tooth roller box, an ancient unit of weight is provided with three pinions and a gear wheel, three pinions are arranged on the surrounding of gear wheel, connected by minor axis between pinion in pinion in upper gear box and lower tooth roller box, lower gear mount pad is provided with below the gear wheel of lower tooth roller box, the main shaft disk be fixed together with outer main shaft is provided with between upper gear box and lower tooth roller box, main shaft disk is provided with the hole of installing gear wheel and pinion, coiling pot is connected with below main shaft disk, coiling pot is connected with cam disc by guide pillar, main Connection Block positioning disk is provided with below lower tooth roller box, main Connection Block positioning disk is sleeved on lower gear mount pad, main Connection Block positioning disk is provided with an ear, ear offers the through hole installing guide post, eccentric bushing is provided with below main Connection Block positioning disk, two large bearings are set with below eccentric bushing, outer main shaft bottom is sleeved in eccentric bushing, eccentric bushing side is provided with eccentric bushing alignment pin, opposite side is provided with eccentric bushing sliding pin, outer main shaft offers and the groove slided for eccentric bushing sliding pin, and with the arc groove of eccentric bushing detent fit.
Described steering wheel rotation device comprises rotating disk and protractor, protractor is arranged on main support floor, rotating disk is sleeved on dispenser output shaft, described rotating disk both sides are provided with the through hole installing transmission gear wheel, canine tooth wheel seat is provided with above described transmission gear wheel, canine tooth wheel seat is provided with the mount pad installing hanging wire cup, driving motor is provided with below transmission gear wheel, motor output shaft top is set with drive pinion, drive pinion and transmission gear wheel engaged transmission, copper sheathing is provided with between described motor output shaft upper driving pinion and motor, the outside of the inside side of described protractor is provided with cam and the rocking arm with cam engagement, the other end is arranged on above copper sheathing.
Have employed above-mentioned scheme, due to winding former Connection Block from push away line mould Connection Block around cam on track be different, winding former Connection Block drives winding former to move up and down, push away line Connection Block to drive and push away line apparatus and move up and down, the rotation of coiling pot rotating band moving cam dish, cam disc has cam rail, when being arranged on the drive bearing in cam rail and arriving the top of cam rail, when line ball rotating disk on the kinematic link of cord grip forwards the seat parallel with line ball transmission bar to, line ball slide block is opened, line ball slide block is moved to line-pressing die with line ball guide rail, line is made to pass to before line ball kinematic link by the guide pillar of coiling pot and cam disk, pass through line ball kinematic link again around on winding former, shift onto on hanging wire cup by pushing away line apparatus again.
Accompanying drawing explanation
Fig. 1 is the utility model front view;
Fig. 2 is the structure chart that the utility model removes frame;
Fig. 3 is the utility model main shaft, winding former and pushes away line apparatus connection diagram;
Fig. 4 is the utility model winding former schematic diagram;
Fig. 5 is the utility model winding former stereogram;
Fig. 6 is steering wheel rotation device schematic diagram;
Fig. 7 is the schematic diagram of gear box inside and eccentric bushing;
Fig. 8 was line elbow schematic diagram;
In figure, 1 is frame, 2 is main support upper plate, 3 is main support base plate, 4 is large guide pillar, 5 is servomotor, 6 is motor, 7 is cam, 8 is guide rod, 9 is main shaft, 10 is fixing working, 11 was wire carrier, 12 was wire carrier support, 13 is motor mounting rack, 14 is synchronizing wheel, 15 is winding former Connection Block, 16 for pushing away line Connection Block, 17 is outer main shaft, 18 is spindle synchronous wheel, 19 for pushing away line mechanism connecting plate, 20 is upper gear box, 21 is lower tooth roller box, 22 was line elbow, 23 is pinion, 24 is gear wheel, 25 is minor axis, 26 is the mount pad that cogs, 27 is lower gear mount pad, 28 is main shaft disk, 29 is coiling pot, 30 is main Connection Block positioning disk, 31 is guide link, 32 is eccentric bushing, 33 is eccentric bushing alignment pin, 34 is eccentric bushing sliding pin, 35 is winding former fixed disk, 36 is winding former support, 37 is core rod, 38 is wire-drive rod terminal pad, 39 is interior wire-drive rod, 40 is outer wire-drive rod, 41 is slip bead, 42 is cam disc, 43 is deep bid, 44 is guide pillar, 45 is driving connecting rod, 46 is line ball slide block, 47 is line ball guide rail, 48 is line ball transmission bar, 49 is line ball rotating disk, 50 is connecting rod, 51 is drive bearing, 52 is gear briquetting, 53 is cutting facility, 54 is rotating disk, 55 is protractor, 56 is transmission gear wheel, 57 is drive pinion, 58 is canine tooth wheel seat, 59 is mount pad, 60 is driving motor, 61 is copper sheathing, 62 is guide shaft, 63 is cam, 64 is rocking arm.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Electric motor of automobile wave-winding machine, comprise frame 1, coiling driving control device, Winder and steering wheel rotation device, main support upper plate 2 and main support base plate 3 is provided with in frame, large guide pillar 4 is provided with between main support upper plate 2 and main support base plate 3, coiling driving control device is arranged on main support upper plate 2, Winder is connected with coiling driving control device, steering wheel rotation device is arranged on main support base plate 3, driver for winding comprises servomotor 5, motor 6, cam 7, guide rod 8 and main shaft 9, servomotor 5 is arranged on main support upper plate 2, cam 7 and fixing upper plate 10 is provided with between servomotor 5 and main support upper plate 2, fixing upper plate 10 was provided with wire carrier 12, cross wire carrier 12 to pass through wire carrier support 13 and be arranged on fixing upper plate 10, servomotor 5 is fixed on fixing upper plate 10, servomotor 5 output shaft is arranged on main support upper plate 2 through cam 7, servomotor 5 output shaft is connected by bearing with main support upper plate 2 contact position, servomotor 5 output shaft is provided with disk, cam 7 inside is provided with annular projection, annulus and disk are linked together by screw, servomotor 5 output shaft and cam 7 are linked together, servomotor 5 rotates, cam 7 is rotated, motor 6 is arranged on main support upper plate 2, motor mounting rack 13 is provided with between main support upper plate 2 and motor 6, motor mounting rack 13 is both sides with the U-shaped to turn over time, motor 6 is arranged on motor mounting rack 13, motor 6 output shaft end is set with synchronizing wheel 14, synchronizing wheel 14 is arranged on below motor mounting rack 13, guide rod 8 and main shaft 9 is provided with between main support upper plate 2 and fixing upper plate 10, cable-through hole is offered in main shaft 9, fixing upper plate 10 offers the through hole passed for line directly over main shaft 9 cable-through hole, guide rod 8 runs through main support upper plate 2 and fixing upper plate 10, guide rod 8 and main support upper plate 2 and fixing upper plate 10 are held by d-axis and are connected, be convenient to moving up and down of guide rod 8, described main shaft 9 and guide rod 8 are set with winding former Connection Block 15 and push away line Connection Block 16, cam 7 is provided with upper and lower twice track, winding former Connection Block 15 is connected with camshaft bearing with pushing away on line Connection Block 16, in the cam rail that camshaft bearing is arranged, winding former Connection Block 15 is arranged on and pushes away above line Connection Block 16, winding former Connection Block 15 is connected by deep groove ball bearing with main shaft 9, cam 7 rotates, winding former Connection Block 15 moves up and down with cam 7 track, main shaft 9 is driven to move up and down, winding former Connection Block 15 is connected by linear bearing with guide rod 8, be convenient to when winding former Connection Block 15 moves up and down, the seat of guide rod 8 does not change, push away line Connection Block 16 to be fixedly connected with guide rod 8, push away line Connection Block 16 to move up and down with cam 7 track, described main shaft 9 passes beneath main support upper plate 2, outer main shaft 17 is set with outside main shaft 9, outer main shaft 17 is fixed together by the screw thread nut on main shaft 9 with main shaft 9, outer main shaft 17 is arranged on above and pushes away on line Connection Block 16, with push away line Connection Block 16 contact position and be connected by bearing, spindle synchronous wheel 18 is set with outside described outer main shaft 17, spindle synchronous wheel 18 is arranged on above main support upper plate 2, spindle synchronous wheel 18 and the synchronizing wheel 14 on motor 6 output shaft are by belt connection for transmission, guide rod 8 bottom is provided with and pushes away line mechanism connecting plate 19, guide rod 8 with push away line mechanism connecting plate 19 and be connected, guide rod 8 moves up and down, drive pushes away line mechanism connecting plate 19 and moves up and down, push away line mechanism connecting plate 19 lower end and be provided with gear box, gear box comprises upper gear box 20 and lower tooth roller box 21, upper gear box 20 was provided with line elbow 22, crossing line elbow 22 one end is arranged on upper gear box 20, the other end is arranged in main shaft 9, outer main shaft 17 is provided with the slotted eye supplying line elbow 22 to pass, the elbow part crossing line elbow 22 offers the through hole passed for line, in upper gear box 20 and lower tooth roller box 21, an ancient unit of weight is provided with three pinions 23 and a gear wheel 24, three pinions 23 are arranged on the surrounding of gear wheel 24, connected by minor axis 25 between pinion 23 in upper gear box 20 and the pinion 23 in lower tooth roller box 21, the gear wheel 24 of upper gear box 20 is sleeved on and cogs on mount pad 26, mount pad 26 surrounding that cogs is provided with gear briquetting 52, gear briquetting 52 mount pad 26 that will cog is fitted in and pushes away on line mechanism connecting plate 19, push away line mechanism connecting plate 19, gear briquetting 52 and upper gear box 20 are connected by screw, the mount pad 26 that will cog is arranged on and pushes away on line mechanism connecting plate 19 and upper gear box 20, the gear wheel 24 of lower tooth roller box 21 is sleeved on lower gear mount pad 27, the mount pad 26 that cogs is sleeved on outer main shaft 17 with lower gear mount pad 27 an ancient unit of weight, lower gear mount pad 27 is connected by roller bearing with outer main shaft 17, the main shaft disk 28 be fixed together with outer main shaft 17 is provided with between upper gear box 20 and lower tooth roller box 21, main shaft disk 28 is provided with the hole of installing gear wheel 24 and pinion 23, main shaft disk 28 is connected with coiling pot 29 below, lower tooth roller box 21 is provided with main Connection Block positioning disk 30 below, main Connection Block positioning disk 30 is sleeved on lower gear mount pad 27, main Connection Block positioning disk 30 is provided with an ear, ear offers the through hole installing guide link 31, main Connection Block positioning disk 30 is provided with eccentric bushing 32 below, eccentric bushing 32 is set with two large bearings below, outer main shaft 17 bottom is sleeved in eccentric bushing 32, eccentric bushing 32 side is provided with eccentric bushing alignment pin 33, opposite side is provided with eccentric bushing sliding pin 34, outer main shaft 17 offers and the groove slided for eccentric bushing sliding pin 34, and the arc groove to coordinate with eccentric bushing alignment pin 33, outer main shaft 17 bottom surface is arranged in that bearing below two large bearings below eccentric bushing 32, push away line mechanism connecting plate 19 to move up and down, drive upper and lower gear box, coiling pot 29 and main Connection Block positioning disk 30 move up and down.
Winder comprises winding former, push away line apparatus and winding mechanism, described winding former comprises winding former fixed disk 35, winding former support 36 and core rod 37, winding former fixed disk 35 is connected by guide link 31 with main Connection Block positioning disk 30, guide link 31 upper end is fixed on main Connection Block positioning disk 30, lower end is through winding former fixed disk 35, to be held by d-axis with winding former fixed disk 35 and be connected, when main Connection Block positioning disk 30 moves up and down, guide link 31 moves up and down, and winding former fixed disc 35 can not move up and down, core rod 37 is arranged on below winding former fixed disk 35, winding former support 36 is arranged on core rod 37 surrounding, winding former fixed disk 35 is provided with some boss below, boss is provided with mounting hole, winding former support 36 is arranged on boss by screw, be convenient to regulate the seat between winding former support 36 and core rod 37, the waveform coiling bag around different-diameter is required according to difference, push away line apparatus and comprise wire-drive rod terminal pad 38, wire-drive rod and slip bead 41, wire-drive rod terminal pad 38 is installed in the gap of eccentric bushing 32 below between two large bearings, wire-drive rod comprises the wire-drive rod body of rod and is connected in and pushes away line sheet below the body of rod, wire-drive rod comprises interior wire-drive rod 40 and outer wire-drive rod 39, the line sheet that pushes away of interior wire-drive rod is inwardly placed, the line sheet that pushes away of outer wire-drive rod is outwards placed, an outer wire-drive rod 39 is provided with between every two interior wire-drive rods 40, wire-drive rod is through winding former fixed disk 35, winding former core rod 37 is provided with the arc coordinated with outer wire-drive rod 40, and the passing part to coordinate with interior wire-drive rod 39, slip bead 41 is sleeved on wire-drive rod, slip bead 41 top and bottom are provided with slip bead block, protection slip bead, wire-drive rod terminal pad 38 is provided with the slotted eye of some installation slip beads above, slip bead is arranged in slotted eye, winding mechanism comprises cam disc 42, deep bid 43 and cord grip, cam disc 42 is sleeved on deep bid 43, cam disc 42 is connected by especially big bearing with deep bid 43, cam disc 42 is connected by guide pillar 44 with coiling pot 29, when coiling pot 29 rotates with outer main shaft 17, cam disc 42 can be driven to rotate, guide pillar 44 inside is provided with the threading hole passed for line, cord grip is arranged on the surrounding of cam disc 42, cord grip faces the passing part that winding former core rod 37 coordinates with interior wire-drive rod 39, cord grip comprises driving connecting rod 45, line ball slide block 46, line ball guide rail 47 and line ball transmission bar 48, driving connecting rod 45 one end is connected with deep bid 43, the other end is set with line ball rotating disk 49, line ball rotating disk 49 is provided with connecting rod 50, line ball slide block 46 is sleeved on connecting rod 50, be connected by bearing between line ball slide block 46 with connecting rod 50, described cam disc 42 is provided with cam rail, driving connecting rod 45 is provided with the drive bearing 51 be placed in cam rail, described line ball transmission bar 48 is sleeved on line ball slide block 46, line ball transmission bar 48 both sides are provided with line ball guide rail 47, line ball guide rail 47 is sleeved on line ball slide block 46, deep bid 43 is provided with cutting facility 53 below, cutting facility comprises thread cutting mechanism and string-hooking mechanism trimming, thread cutting mechanism and string-hooking mechanism pass through air cylinder driven.
Winding former Connection Block 15 moves up and down with the track on cam 7, main shaft 9 is driven to move up and down, thus make to move up and down with the winding former core rod 37 be connected bottom main shaft 9, push away line Connection Block 16 to move up and down with the track below cam 7, make to push away line mechanism connecting plate 19 to move up and down, make and the gear box up and down pushing away line mechanism connecting plate 19 and be connected, outer main shaft 17 and push away line apparatus and move up and down, due to winding former Connection Block 15 from push away line Connection Block 16 around cam 7 on track be different, what therefore push away line apparatus and winding former is that portion is consistent up and down, the rotation of coiling pot 29 rotating band moving cam dish 42, cam disc 42 has cam rail, when the drive bearing 51 be arranged in cam rail arrives the top of cam rail, when line ball rotating disk 49 on the driving connecting rod 45 of cord grip forwards the seat parallel with line ball transmission bar 48 to, line ball slide block 46 is opened, line ball slide block 46 is moved to core rod 37 with line ball guide rail 47, line is made to pass to before line ball transmission bar 48 by the guide pillar 44 that coiling pot 29 is connected with cam disc 42, pass through line ball transmission bar 48 again around on winding former support 36, shift onto on hanging wire cup by pushing away line apparatus again.
Steering wheel rotation device comprises rotating disk 54 and protractor 55, protractor 55 is arranged on main support base plate 3, rotating disk 54 is sleeved on protractor 55 output shaft, control the rotation of rotating disk 54, described rotating disk 54 both sides are provided with the through hole installing transmission gear wheel 56, transmission gear wheel 56 is provided with canine tooth wheel seat 58 above, canine tooth wheel seat 58 is provided with the mount pad 59 installing hanging wire cup, driving motor 60 is provided with below transmission gear wheel 56, motor output shaft top is set with drive pinion 57, drive pinion 57 and transmission gear wheel 58 engaged transmission, copper sheathing 61 is provided with between motor output shaft upper driving pinion 57 and motor, copper sheathing 61 is divided into copper sheathing and lower copper sheathing, guide shaft 62 is provided with between upper copper sheathing and lower copper sheathing, the rocking arm 64 that the outside of the inside side of protractor 55 is provided with cam 63 and coordinates with cam 63, the other end is arranged on the top of copper sheathing, cam 63 rotates, rocking arm 64 is driven to swing up and down, rocking arm 64 drive motor output shaft moves up and down, when drive pinion 57 departs from transmission gear wheel 56, rotating disk 54 can rotate, hanging wire cup mount pad 59 is arranged on the below of winding former core rod 37, protractor 55 can realize the rotation of 180 °, when the wire-wound on hanging wire cup is on one side good thick, pinion and gear wheel depart from, at this moment protractor just can make rotating disk turn 180 °, be put into there is no the hanging wire cup of line below winding former.
The utility model is not limited to described embodiment; those skilled in the art is not departing from spirit of the present utility model namely openly in scope; still can do some revise or change, therefore the scope that rights protection scope of the present utility model limits with claims is as the criterion.
Claims (5)
1. electric motor of automobile wave-winding machine, it is characterized in that, comprise frame, coiling driving control device, Winder and steering wheel rotation device, main support upper plate and main support base plate is provided with in frame, coiling driving control device is arranged on main support upper plate, Winder is connected with coiling driving control device, described steering wheel rotation device is arranged on main support base plate, described driver for winding comprises servomotor, motor, cam, guide rod and main shaft, described servomotor is arranged on main support upper plate, cam and fixing upper plate is provided with between servomotor and main support upper plate, servomotor is fixed on fixing upper plate, servo motor output shaft is connected with main support upper plate through cam, described motor is arranged on main support upper plate, motor output shaft end is set with synchronizing wheel, guide rod and main shaft is provided with between main support upper plate and fixing upper plate, described main shaft and guide rod are set with winding former Connection Block and push away line Connection Block, cam is provided with upper and lower twice track, winding former Connection Block is connected with camshaft bearing with pushing away on line Connection Block, in the cam rail that described camshaft bearing is arranged, described spindle jacket is equipped with outer main shaft, the spindle synchronous that is set with above of the outer main support upper plate of described outer main shaft is taken turns, described Winder comprises winding former, push away line apparatus and winding mechanism, winding mechanism is sleeved on winding former and pushes away outside line apparatus, described winding former comprises winding former fixed disk, winding former support and core rod, core rod is arranged on below winding former fixed disk, winding former Bracket setting is in core rod surrounding, the described line apparatus that pushes away comprises wire-drive rod terminal pad, wire-drive rod and slip bead, described wire-drive rod comprises interior wire-drive rod and outer wire-drive rod, wire-drive rod is through winding former fixed disk, winding former core rod is provided with the arc coordinated with outer wire-drive rod, and with the interior passing part pushing away line mould and coordinate, slip bead is sleeved on wire-drive rod, the slotted eye of some installation slip beads is provided with above wire-drive rod terminal pad, slip bead is arranged in slotted eye, described guide rod bottom is provided with and pushes away line mechanism connecting plate, be connected with wire-drive rod terminal pad under pushing away line mechanism connecting plate.
2. electric motor of automobile wave-winding machine according to claim 1, is characterized in that, be provided with some boss below described winding former fixed mount, boss is provided with mounting hole, and winding former support is arranged on boss by screw.
3. electric motor of automobile wave-winding machine according to claim 1, it is characterized in that, described winding mechanism comprises cam disc, deep bid and cord grip, cam disc is sleeved on deep bid, cam disc is connected by large bearing with deep bid, cord grip is arranged on the surrounding of cam disc, cord grip comprises driving connecting rod, line ball slide block, line ball guide rail and line ball transmission bar, driving connecting rod one end is connected with deep bid, the other end is set with line ball sabot, line ball rotating disk is provided with connecting rod, line ball slide block set is contained on connecting rod, line ball slide block is connected by bearing with between connecting rod, described cam disc is provided with cam rail, driving connecting rod is provided with the drive bearing be placed in cam rail, described line ball transmission bar is sleeved on line ball slide block, line ball transmission bar both sides are provided with line ball track, line ball track is sleeved on line ball slide block.
4. electric motor of automobile wave-winding machine according to claim 1, it is characterized in that, described wire-drive rod terminal pad and push away between line mechanism connecting plate and be provided with gear box, gear box comprises upper gear box and lower tooth roller box, in upper gear box and lower tooth roller box, an ancient unit of weight is provided with three pinions and a gear wheel, three pinions are arranged on the surrounding of gear wheel, connected by minor axis between pinion in pinion in upper gear box and lower tooth roller box, lower gear mount pad is provided with below the gear wheel of lower tooth roller box, the main shaft disk be fixed together with outer main shaft is provided with between upper gear box and lower tooth roller box, main shaft disk is provided with the hole of installing gear wheel and pinion, coiling pot is connected with below main shaft disk, coiling pot is connected with cam disc by guide pillar, main Connection Block positioning disk is provided with below lower tooth roller box, main Connection Block positioning disk is sleeved on lower gear mount pad, main Connection Block positioning disk is provided with an ear, ear offers the through hole installing guide post, eccentric bushing is provided with below main Connection Block positioning disk, two large bearings are set with below eccentric bushing, outer main shaft bottom is sleeved in eccentric bushing, eccentric bushing side is provided with eccentric bushing alignment pin, opposite side is provided with eccentric bushing sliding pin, outer main shaft offers and the groove slided for eccentric bushing sliding pin, and with the arc groove of eccentric bushing detent fit.
5. electric motor of automobile wave-winding machine according to claim 1, it is characterized in that, described steering wheel rotation device comprises rotating disk and protractor, protractor is arranged on main support floor, rotating disk is sleeved on dispenser output shaft, described rotating disk both sides are provided with the through hole installing transmission gear wheel, canine tooth wheel seat is provided with above described transmission gear wheel, canine tooth wheel seat is provided with the mount pad installing hanging wire cup, driving motor is provided with below transmission gear wheel, motor output shaft top is set with drive pinion, drive pinion and transmission gear wheel engaged transmission, copper sheathing is provided with between described motor output shaft upper driving pinion and motor, the outside of the inside side of described protractor is provided with cam and the rocking arm with cam engagement, the other end is arranged on above copper sheathing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420611264.6U CN204179877U (en) | 2014-10-21 | 2014-10-21 | Electric motor of automobile wave-winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420611264.6U CN204179877U (en) | 2014-10-21 | 2014-10-21 | Electric motor of automobile wave-winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204179877U true CN204179877U (en) | 2015-02-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420611264.6U Expired - Fee Related CN204179877U (en) | 2014-10-21 | 2014-10-21 | Electric motor of automobile wave-winding machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN204179877U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104333184A (en) * | 2014-10-21 | 2015-02-04 | 常州金康精工机械股份有限公司 | Wave winding machine for auto motor |
-
2014
- 2014-10-21 CN CN201420611264.6U patent/CN204179877U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104333184A (en) * | 2014-10-21 | 2015-02-04 | 常州金康精工机械股份有限公司 | Wave winding machine for auto motor |
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| C14 | Grant of patent or utility model | ||
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