CN207602391U - A kind of six station fully automatic wire winding machines for coiling inductance coil - Google Patents
A kind of six station fully automatic wire winding machines for coiling inductance coil Download PDFInfo
- Publication number
- CN207602391U CN207602391U CN201721512237.3U CN201721512237U CN207602391U CN 207602391 U CN207602391 U CN 207602391U CN 201721512237 U CN201721512237 U CN 201721512237U CN 207602391 U CN207602391 U CN 207602391U
- Authority
- CN
- China
- Prior art keywords
- jig
- plate
- coiling
- driving
- center pillar
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Manufacture Of Motors, Generators (AREA)
Abstract
The utility model discloses a kind of six station fully automatic wire winding machines for coiling inductance coil, three of them winding fixture, automatic winding component, winding fixture includes plate, jig lower plate, coiling center pillar, hanging wire pin, tablet positioning pin in jig upper plate, jig；Automatic winding component includes the linear module of front and rear driving, the linear module of left and right driving, movable frame, bobbin winding head, upper end movable block, lower end movable block, the linear module of the first driving, the linear module of the second driving, rotation driving servo motor, synchronous belt drive mechanism, and bobbin winding head includes wire-passing tube, roll mounting blocks, roll, hollow axle, conductor rod mounting blocks, conductor rod.By said structure design, the utility model has the advantages that novel in structural design, high degree of automation, working efficiency are high, and can directly engage automation production flow line and realize inductance automated production operation.
Description
Technical field
The utility model is related to technical field of automation equipment more particularly to a kind of six stations for coiling inductance coil
Fully automatic wire winding machine.
Background technology
It is carried out using the modes such as semi-automatic and uniaxial in each manufacture inductance industry domestic at present, is carried out using semiautomatic fashion
Production causes low production efficiency, quality unstable, and such as coiling when can cause rub wound, coil height, the coil number of plies of copper wire uncontrollable
Phenomenon, and low output；When using uniaxial manner, the corresponding cost of this machine is relatively low, but low output, customer devotion cost mistake
Height, and carry out complex when being integrally formed.
Therefore, when producing inductance, semi-automatic and uniaxial manner can not reach low cost and on-line continuous production simultaneously
Mode, can not meet the needs of market.
Utility model content
The purpose of this utility model is that it provides a kind of for the six of coiling inductance coil in view of the deficiencies of the prior art
Station fully automatic wire winding machine, this is used for six station fully automatic wire winding machine novel in structural design of coiling inductance coil, automation journey
Degree is high, working efficiency is high, and can directly engage automation production flow line and realize inductance automated production operation.
In order to achieve the above objectives, the utility model is achieved through the following technical solutions.
A kind of six station fully automatic wire winding machines for coiling inductance coil, including there are three arrange successively from left to right
Winding fixture；Winding fixture includes plate, jig lower plate, jig in the jig upper plate for stacking gradually arrangement from top to bottom, jig
Middle plate is spirally connected by lock screw and jig lower plate, and it is spaced apart to be installed with two row left and right in jig between plate and jig lower plate
Coiling center pillar, each row coiling center pillar respectively include that there are six the coiling center pillar that is evenly spaced on along front-rear direction, each coilings
The upper end of center pillar is each passed through jig upper plate and extends to the upper end side of jig upper plate, and the side of each coiling center pillar is installed respectively
Have hanging wire pin, a tablet positioning pin, each hanging wire pin, each tablet positioning pin lower end be installed in plate and jig lower plate in jig respectively
Between, each hanging wire pin, each tablet positioning pin upper end be each passed through jig upper plate and extend to jig upper plate upper end side；
The upper end side of winding fixture is installed with automatic winding component, before automatic winding component includes anterior-posterior horizontal action
The left and right of the linear module of rear-guard, the driving end for being installed in the front and rear linear module of driving and horizontal left and right action drives linear mould
Group, left and right drive the driving end of linear module to be installed with movable frame, there are six movable frame can be installed actively relatively
Spaced apart bobbin winding head successively from left to right；Bobbin winding head includes in the wire-passing tube being vertically arranged, and the inside of wire-passing tube opens up
Have up and down completely through cable-through hole, the lower end of wire-passing tube is installed in the roll mounting blocks being vertically arranged, roll peace
The lower end of dress block is installed in the roll being vertically arranged, and the lower end of roll extends to the lower end of roll mounting blocks
Side, the mounting blocks through-hole that roll mounting blocks offer lateral openings and connected with cable-through hole, during the periphery of wire-passing tube is set with
Pony axle, the lower end of hollow axle are installed with the conductor rod mounting blocks positioned at roll side, the lower end of conductor rod mounting blocks
Portion is installed with conductor rod, the core of conductor rod offer up and down completely through wire guide；
Movable frame corresponds to bobbin winding head and is installed with upper end movable block, positioned at the activity of the lower end of upper end movable block lower end side
Block, the upper end of the wire-passing tube of each bobbin winding head are installed in upper end movable block, the upper part of the hollow axle of each bobbin winding head respectively
It is not installed in lower end movable block rotatably, movable frame is installed with the first linear mould of driving moved up and down respectively
Group, the second linear module of driving positioned at the first linear module side of driving, the driving end and upper end of the first linear module of driving
Movable block connects, and the driving end of the second linear module of driving is connect with lower end movable block；
Movable frame is also installed with rotation driving servo motor, and the power output shaft of rotation driving servo motor leads to respectively
The upper end for crossing synchronous belt drive mechanism and each hollow axle is drivingly connected.
Wherein, the core of the roll offer up and down completely through coiling shaft through-hole, coiling shaft through-hole embeds dress
There is spring obstruction.
Wherein, the jig upper plate correspond to each coiling center pillar offer respectively up and down completely through center pillar through-hole,
Each coiling center pillar is each passed through corresponding center pillar through-hole.
Wherein, the upper end of each coiling center pillar is in cone shape respectively.
Wherein, the upper edge of each center pillar through-hole is provided with the positioning salience in annulus shape respectively.
Wherein, the jig upper plate corresponds to each hanging wire pin, each tablet positioning pin offers pin hole respectively, each to hang
Line pin, each tablet positioning pin upper end be each passed through corresponding pin hole.
Wherein, positioning pin is installed in the jig lower plate and the jig between plate, the upper end of positioning pin, which passes through, to be controlled
Plate and extend to the upper end side of plate in jig in tool, the jig upper plate corresponds to positioning pin and is installed with positioning sleeve, positioning pin with it is fixed
Position set matches.
Wherein, plate in the jig upper plate, the jig, the jig lower plate four vertical corner locations set respectively
There is chamfering.
Wherein, the edge part of the jig upper plate is provided with the horizontal upper plate flange for protruding extension outwardly, in the jig
The edge part of plate is provided with the horizontal middle plate flange for protruding extension outwardly immediately below upper plate flange, and upper plate flange and middle plate are convex
Edge arranged for interval.
Wherein, the upper end of each tablet positioning pin is in cone shape respectively.
The beneficial effects of the utility model are：A kind of six stations for coiling inductance coil described in the utility model are complete
Automatic coil winding machine, including there are three the winding fixtures arranged successively from left to right；Winding fixture includes from top to bottom successively
Plate, jig lower plate in the jig upper plate of arranged stacked, jig, plate is spirally connected by lock screw and jig lower plate in jig, jig
The spaced apart coiling center pillar in two row left and right is installed between middle plate and jig lower plate, there are six each row coiling center pillar respectively includes
The coiling center pillar being evenly spaced on along front-rear direction, the upper end of each coiling center pillar are each passed through jig upper plate and extend to
The upper end side of jig upper plate, the side of each coiling center pillar are installed with hanging wire pin, tablet positioning pin, each hanging wire pin, each tablet respectively
The lower end of positioning pin is installed in respectively in jig between plate and jig lower plate, each hanging wire pin, each tablet positioning pin upper end
It is each passed through jig upper plate and extends to jig upper plate upper end side；The upper end side of winding fixture is installed with automatic winding component, from
Dynamic wire-winding unit includes the linear module of front and rear driving of anterior-posterior horizontal action, the driving end for being installed in the front and rear linear module of driving
And the left and right of horizontal left and right action drives linear module, left and right drives the driving end of linear module to be installed with movable frame, living
Dynamic mounting bracket can actively install that there are six spaced apart bobbin winding heads successively from left to right relatively；Bobbin winding head includes in vertical
The wire-passing tube of arrangement, the inside of wire-passing tube offer up and down completely through cable-through hole, the lower end of wire-passing tube is installed in perpendicular
To the roll mounting blocks of arrangement, the lower ends of roll mounting blocks is installed in the roll being vertically arranged, under roll
End extends to the lower end side of roll mounting blocks, and roll mounting blocks offer lateral openings and the installation connected with cable-through hole
Block through-hole, the periphery of wire-passing tube are set with hollow axle, and the lower end of hollow axle is installed with the conducting wire positioned at roll side
Bar mounting blocks, the lower ends of conductor rod mounting blocks are installed with conductor rod, the core of conductor rod offer up and down completely through lead
String holes；Movable frame corresponds to bobbin winding head and is installed with upper end movable block, the lower end movable block positioned at upper end movable block lower end side, respectively
The upper end of the wire-passing tube of bobbin winding head is installed in upper end movable block respectively, and the upper end of the hollow axle of each bobbin winding head respectively can phase
To being rotationally installed in lower end movable block, movable frame is installed with the linear module of the first driving moved up and down respectively, is located at
The second linear module of driving of the first linear module side of driving, the driving end of the first linear module of driving connect with upper end movable block
It connects, the driving end of the second linear module of driving is connect with lower end movable block；Movable frame is also installed with rotation driving servo electricity
Machine, the power output shaft of rotation driving servo motor are driven respectively by the upper end of synchronous belt drive mechanism and each hollow axle
Connection.By said structure design, the utility model has high excellent of novel in structural design, high degree of automation, working efficiency
Point, and can directly engage automation production flow line and realize inductance automated production operation.
Description of the drawings
The utility model is further detailed below with attached drawing, but the embodiment in attached drawing is not formed pair
Any restrictions of the utility model.
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the structure diagram at another visual angle of the utility model.
Fig. 3 is the structure diagram of the automatic winding component of the utility model.
Fig. 4 is the structure diagram of the bobbin winding head of the utility model.
Fig. 5 is the diagrammatic cross-section of the bobbin winding head of the utility model.
Fig. 6 is the structure diagram of the winding fixture of the utility model.
Fig. 7 is the decomposition diagram of the winding fixture of the utility model.
Include in Fig. 1 to Fig. 7：
1 --- winding fixture 11 --- jig upper plate
111 --- center pillar through-hole 112 --- positioning saliences
113 --- pin hole 114 --- upper plate flanges
12 --- plate 121 in jig --- middle plate flanges
13 --- jig lower plate 14 --- coiling center pillars
15 --- hanging wire pin 16 --- tablet positioning pins
171 --- positioning pin 172 --- positioning sleeves
18 --- chamfering 2 --- automatic winding components
Left and right drives linear module to 21 --- the front and rear linear modules 22 of driving ---
23 --- movable frame 24 --- bobbin winding heads
241 --- wire-passing tube 2411 --- cable-through holes
242 --- roll mounting blocks 2421 --- mounting blocks through-holes
243 --- roll 2431 --- springs block
244 --- hollow axle 245 --- conductor rod mounting blocks
246 --- conductor rod 2461 --- wire guides
25 --- upper end movable block 26 --- lower end movable blocks
27 --- the first linear module 28 of driving --- second linear modules of driving
29 --- rotation driving servo motor.
Specific embodiment
The utility model is illustrated with reference to specific embodiment.
As shown in Figure 1, a kind of six station fully automatic wire winding machines for coiling inductance coil, including there are three from left to right
The winding fixture 1 arranged successively；Winding fixture 1 includes plate in the jig upper plate 11 for stacking gradually arrangement from top to bottom, jig
12nd, jig lower plate 13, plate 12 is spirally connected by lock screw and jig lower plate 13 in jig, in jig plate 12 and jig lower plate 13 it
Between be installed with the spaced apart coiling center pillar 14 in two row left and right, each row coiling center pillar 14 respectively includes that there are six along front-rear direction
The coiling center pillar 14 being evenly spaced on, the upper end of each coiling center pillar 14 are each passed through jig upper plate 11 and extend on jig
The upper end side of plate 11, the side of each coiling center pillar 14 are installed with hanging wire pin 15, tablet positioning pin 16 respectively, each hanging wire pin 15, each
The lower end of tablet positioning pin 16 is installed in respectively in jig between plate 12 and jig lower plate 13, and each hanging wire pin 15, each tablet are determined
The upper end of position pin 16 is each passed through jig upper plate 11 and extends to 11 upper end side of jig upper plate.
Further, the upper end side of winding fixture 1 is installed with automatic winding component 2, and automatic winding component 2 includes front and rear
What the linear module 21 of front and rear driving of horizontal balance, the driving end that linear module 21 is driven before and after being installed in and horizontal left and right acted
Left and right drives linear module 22, and left and right drives the driving end of linear module 22 to be installed with movable frame 23, movable frame 23
It can actively install that there are six spaced apart bobbin winding heads 24 successively from left to right relatively；It is in be vertically arranged that bobbin winding head 24, which includes,
Wire-passing tube 241, the inside of wire-passing tube 241 offer up and down completely through cable-through hole 2411, the lower end dress of wire-passing tube 241
It is installed with equipped with the lower end in the roll mounting blocks 242 being vertically arranged, roll mounting blocks 242 in the coiling being vertically arranged
Axis 243, the lower end of roll 243 extend to the lower end side of roll mounting blocks 242, and roll mounting blocks 242 offer side
To the mounting blocks through-hole 2421 for being open and being connected with cable-through hole 2411, the periphery of wire-passing tube 241 is set with hollow axle 244, in
The lower end of pony axle 244 is installed with the conductor rod mounting blocks 245 positioned at 243 side of roll, under conductor rod mounting blocks 245
End is installed with conductor rod 246, the core of conductor rod 246 offer up and down completely through wire guide 2461.
Further, movable frame 23 corresponds to bobbin winding head 24 and is installed with upper end movable block 25, positioned at upper end movable block
The lower end movable block 26 of 25 lower end sides, the upper end of the wire-passing tube 241 of each bobbin winding head 24 are installed in upper end movable block 25 respectively, respectively
The upper end of the hollow axle 244 of bobbin winding head 24 is rotatably installed in lower end movable block 26, movable frame 23 respectively
It is installed with the linear module 27 of the first driving moved up and down respectively, the second driving line positioned at the first linear 27 side of module of driving
Property module 28, the driving end of the first linear module 27 of driving connect with upper end movable block 25, and second drives the drive of linear module 28
Moved end is connect with lower end movable block 26.
In addition, movable frame 23 is also installed with rotation driving servo motor 29, the power of rotation driving servo motor 29
Output shaft is drivingly connected respectively by the upper end of synchronous belt drive mechanism and each hollow axle 244.
It should further be noted that the core of roll 243 offer up and down completely through 243 through-hole of roll, roll
Block 2431 embedded with spring in 243 through-holes.
During automatic winding component 2 merges realization inductance coil around manufacturing with the matching of winding fixture 1, first drives
Linear module 27 drives upper end movable block 25 and each wire-passing tube 241 to move down, and each wire-passing tube 241 moved down drives accordingly respectively
Roll 243 move down, and the lower end of each roll 243 is pressed on the coiling of corresponding position under the action of spring obstruction 2431
On center pillar 14, copper wire sequentially passes through mounting blocks through-hole 2421, the conducting wire of the cable-through hole 2411 of wire-passing tube 241, flexible cord axis mounting blocks
The wire guide 2461 of bar 246 and stretch to 14 position of coiling center pillar, wherein, the second linear module 28 of driving drives lower end movable block
26 and each hollow axle 244 move down, each hollow axle 244 moved down drive respectively corresponding conductor rod mounting blocks 245, be oriented to
Bar moves down, and the copper wire stretched out from wire guide 2461 is caused to be displaced downwardly to coiling position；Treat that the linear module 27, second of the first driving drives
After linear module 28 acts in place, rotation driving servo motor 29 acts and each hollow axle 244 is driven to rotate, each middle idle running
Axis 244 drives corresponding conductor rod 246 to rotate, and then realizes coiling action；Treat that 14 coiling of coiling center pillar of a position finishes
Afterwards, the front and rear linear module 21 of driving drives entire movable frame 23 to move backwards, and then to the coiling center pillar 14 of the next position
Carry out winding operation.
Need to be explained further, jig upper plate 11 correspond to each coiling center pillar 14 offer respectively up and down completely through center pillar lead to
Hole 111, each coiling center pillar 14 are each passed through corresponding center pillar through-hole 111；The upper end of each coiling center pillar 14 is respectively in cone
Shape；The upper edge of each center pillar through-hole 111 is provided with the positioning salience 112 in annulus shape respectively.Also it is exactly jig
Upper plate 11 corresponds to each hanging wire pin 15, each tablet positioning pin 16 offers pin hole 113 respectively, each hanging wire pin 15, each tablet positioning pin
16 upper end is each passed through corresponding pin hole 113.
Positioning pin 171 is installed in jig lower plate 13 and jig between plate 12, the upper end of positioning pin 171 is passed through in jig
Plate 12 and the upper end side for extending to plate 12 in jig, jig upper plate 11 correspond to positioning pin 171 and are installed with positioning sleeve 172, positioning pin
171 match with positioning sleeve 172.
Plate 12 in jig upper plate 11, jig, jig lower plate 13 four vertical corner locations be respectively arranged with chamfering 18,
Effect：One is beautiful, two right angles easy scratch other parts, three operation process guiding roles in operation process.
The edge part of jig upper plate 11 is provided with the horizontal upper plate flange 114 for protruding extension outwardly, the side of plate 12 in jig
Edge is provided with the horizontal middle plate flange 121 for protruding extension outwardly in the underface of upper plate flange 114, and upper plate flange 114 is in
121 arranged for interval of plate flange.
Respectively in cone shape, which is conducive to assembly fixture guiding for the upper end of each tablet positioning pin 16,
Hole is small on main function tablet, and tablet, which is naturally imported tablet positioning pin 16, using needle-like nails on, so as to following process.
It should further be noted that during the winding fixture 1 of the utility model carries out inductance coil coiling action, coiling
In 1~2 circle of the winding of hanging wire pin 15, one end of coiling is made to be fixed on hanging wire pin 15, then implements coiling to coiling center pillar 14 again,
Several hanging wire pins 15 and coiling center pillar 14 be set on winding fixture 1, the design make coil will not double swerve, and can around
Certain radial tension is generated during line to coil so that coil is more close；After coiling, coiling is again on hanging wire pin 15
1~2 circle of winding.For coiling center pillar 14, by using top tapered structure design, it is to lead on the one hand to play assembly fixture
To effect, another aspect bobbin winding head 24 can also be oriented to when entering center pillar.For jig upper plate 11 positioning salience 112 and
Speech, when coiling, are conducive to coil positioning, and off-line circle is convenient, to reach functional.
The portions such as the coiling center pillar 14 of the utility model, positioning pin 171, positioning sleeve 172, hanging wire pin 15, tablet positioning pin 16
Part is uniformly distributed, and is conducive to reduce the Concentricity tolerance that jig is generated in high speed rotation, equally distributed part makes coil
Uniform force is conducive to improve the quality of coil.
Form a slot structure between upper plate flange 114 and lower plate flange, the slot structure be conducive to off-line circle, beauty, it is simple,
Reliably.
It need to be explained further, if without hanging wire pin 15, the coiling directly coiling on coiling center pillar 14 can cause coiling to be insulted
Random postorder processing trouble.On the other hand, copper wire is easily damaged.Hanging wire pin 15 is set, coiling abrasion on the one hand can be reduced, may be used also
There is certain guiding role to coiling, allow coiling guide fixture center pillar naturally, implement coiling, ensure the regularity of coil.Also
It is exactly that, in coiling, hanging wire pin 15 and center pillar can play coiling certain guiding role so that coiling is more whole
Together.
Based on the above situation, it may be appreciated that by said structure design, the utility model has novel in structural design, automation journey
The advantages of degree is high, working efficiency is high, and can directly engage automation production flow line and realize inductance automated production operation.
More than content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With novel thought, there will be changes, the content of the present specification should not be construed as in specific embodiments and applications
Limitation to the utility model.
Claims (10)
1. a kind of six station fully automatic wire winding machines for coiling inductance coil, it is characterised in that：Including there are three from left to right
The winding fixture arranged successively（1）；Winding fixture（1）Include the jig upper plate for stacking gradually arrangement from top to bottom（11）, control
Plate in tool（12）, jig lower plate（13）, plate in jig（12）Pass through lock screw and jig lower plate（13）It is spirally connected, plate in jig
（12）With jig lower plate（13）Between be installed with the spaced apart coiling center pillar in two row left and right（14）, each row coiling center pillar（14）Point
It Bao Kuo not be there are six the coiling center pillar that is evenly spaced on along front-rear direction（14）, each coiling center pillar（14）Upper end difference
Across jig upper plate（11）And extend to jig upper plate（11）Upper end side, each coiling center pillar（14）Side be installed with extension respectively
Line pin（15）, tablet positioning pin（16）, each hanging wire pin（15）, each tablet positioning pin（16）Lower end be installed in jig respectively
Plate（12）With jig lower plate（13）Between, each hanging wire pin（15）, each tablet positioning pin（16）Upper end be each passed through on jig
Plate（11）And extend to jig upper plate（11）Upper end side；
Winding fixture（1）Upper end side be installed with automatic winding component（2）, automatic winding component（2）Include anterior-posterior horizontal to move
The linear module of front and rear driving made（21）, be installed in the front and rear linear module of driving（21）Driving end and horizontal left and right action a left side
The right linear module of driving（22）, left and right drives linear module（22）Driving end be installed with movable frame（23）, activity installation
Frame（23）It can actively install that there are six spaced apart bobbin winding heads successively from left to right relatively（24）；Bobbin winding head（24）Include
In the wire-passing tube being vertically arranged（241）, wire-passing tube（241）Inside offer up and down completely through cable-through hole（2411）, mistake
Spool（241）Lower end be installed in the roll mounting blocks that are vertically arranged（242）, roll mounting blocks（242）Lower end
Portion is installed in the roll being vertically arranged（243）, roll（243）Lower end extend to roll mounting blocks（242）'s
Lower end side, roll mounting blocks（242）Offer lateral openings and and cable-through hole（2411）The mounting blocks through-hole of connection（2421）,
Wire-passing tube（241）Periphery be set with hollow axle（244）, hollow axle（244）Lower end be installed with positioned at roll
（243）The conductor rod mounting blocks of side（245）, conductor rod mounting blocks（245）Lower end be installed with conductor rod（246）, conducting wire
Bar（246）Core offer up and down completely through wire guide（2461）；
Movable frame（23）Corresponding bobbin winding head（24）It is installed with upper end movable block（25）, positioned at upper end movable block（25）Lower end side
Lower end movable block（26）, each bobbin winding head（24）Wire-passing tube（241）Upper end be installed in upper end movable block respectively（25）, respectively
Bobbin winding head（24）Hollow axle（244）Upper end be rotatably installed in lower end movable block respectively（26）, activity peace
It shelves（23）It is installed with the first linear module of driving moved up and down respectively（27）, positioned at the first linear module of driving（27）Side
The second linear module of driving（28）, the first linear module of driving（27）Driving end and upper end movable block（25）Connection, second
Drive linear module（28）Driving end and lower end movable block（26）Connection；
Movable frame（23）Also it is installed with rotation driving servo motor（29）, rotation driving servo motor（29）Power output
Axis passes through synchronous belt drive mechanism and each hollow axle respectively（244）Upper end be drivingly connected.
2. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 1, it is characterised in that：
The roll（243）Core offer up and down completely through roll（243）Through-hole, roll（243）Through-hole embeds
Block equipped with spring（2431）.
3. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 1, it is characterised in that：
The jig upper plate（11）Corresponding each coiling center pillar（14）Offer respectively up and down completely through center pillar through-hole（111）,
Each coiling center pillar（14）It is each passed through corresponding center pillar through-hole（111）.
4. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 3, it is characterised in that：
Each coiling center pillar（14）Upper end respectively be in cone shape.
5. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 4, it is characterised in that：
Each center pillar through-hole（111）Upper edge be provided with positioning salience in annulus shape respectively（112）.
6. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 1, it is characterised in that：
The jig upper plate（11）Corresponding each hanging wire pin（15）, each tablet positioning pin（16）Pin hole is offered respectively（113）,
Each hanging wire pin（15）, each tablet positioning pin（16）Upper end be each passed through corresponding pin hole（113）.
7. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 1, it is characterised in that：
The jig lower plate（13）With plate in the jig（12）Between be installed with positioning pin（171）, positioning pin（171）Upper end wear
Cross plate in jig（12）And extend to plate in jig（12）Upper end side, the jig upper plate（11）Corresponding positioning pin（171）Dress
Equipped with positioning sleeve（172）, positioning pin（171）With positioning sleeve（172）It matches.
8. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 1, it is characterised in that：
The jig upper plate（11）, plate in the jig（12）, the jig lower plate（13）Four vertical corner locations set respectively
There is chamfering（18）.
9. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 1, it is characterised in that：
The jig upper plate（11）Edge part be provided with the horizontal upper plate flange for protruding extension outwardly（114）, plate in the jig
（12）Edge part in upper plate flange（114）Underface be provided with the horizontal middle plate flange for protruding extension outwardly（121）, upper plate
Flange（114）With middle plate flange（121）Arranged for interval.
10. a kind of six station fully automatic wire winding machines for coiling inductance coil according to claim 1, feature exist
In：Each tablet positioning pin（16）Upper end respectively be in cone shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721512237.3U CN207602391U (en) | 2017-11-14 | 2017-11-14 | A kind of six station fully automatic wire winding machines for coiling inductance coil |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721512237.3U CN207602391U (en) | 2017-11-14 | 2017-11-14 | A kind of six station fully automatic wire winding machines for coiling inductance coil |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207602391U true CN207602391U (en) | 2018-07-10 |
Family
ID=62759106
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721512237.3U Active CN207602391U (en) | 2017-11-14 | 2017-11-14 | A kind of six station fully automatic wire winding machines for coiling inductance coil |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207602391U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109712804A (en) * | 2019-01-18 | 2019-05-03 | 东莞市高东电子科技有限公司 | A kind of automatic winding spot welding template |
| CN111243858A (en) * | 2019-06-27 | 2020-06-05 | 东莞市鑫华翼自动化科技有限公司 | Wire twisting method for automatic casing pipe penetrating equipment |
-
2017
- 2017-11-14 CN CN201721512237.3U patent/CN207602391U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109712804A (en) * | 2019-01-18 | 2019-05-03 | 东莞市高东电子科技有限公司 | A kind of automatic winding spot welding template |
| CN111243858A (en) * | 2019-06-27 | 2020-06-05 | 东莞市鑫华翼自动化科技有限公司 | Wire twisting method for automatic casing pipe penetrating equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102684420B (en) | Internal and external wire-winding type motor stator wire-winding device | |
| CN205960912U (en) | Servo coiling machine of quadruplex position single needle | |
| CN202153477U (en) | Multifunctional full automatic annular winding machine | |
| CN207602391U (en) | A kind of six station fully automatic wire winding machines for coiling inductance coil | |
| CN106160373B (en) | Four station single needle servo coil winding machines | |
| CN109660091B (en) | Stator duplex position is around machine outward | |
| CN208225707U (en) | A kind of multistation three-dimensional coil winding machine | |
| CN207602377U (en) | A kind of winding fixture applied to inductance coil fully automatic wire winding machine | |
| CN205986554U (en) | Coiling of motor internal stator played line mechanism | |
| CN203660813U (en) | Horizontal servo coil binding machine | |
| CN102957274A (en) | Full-automatic drive-in inner stator winder | |
| CN109741935B (en) | Inductance coil winding equipment | |
| CN203475089U (en) | Transverse motion device for yarn guiding | |
| CN203091615U (en) | Automatic spring machine | |
| CN107919225A (en) | Transformer coil winding machine with interlayer insulating glue adding function | |
| CN206814117U (en) | A kind of fully automatic wire winding machine of environment-friendly electric wire | |
| CN101697442A (en) | Rotary type winding machine of bicycle motor | |
| CN201270459Y (en) | Automatic pressing machine for stator | |
| CN208596611U (en) | A kind of laser galvanometer coil | |
| CN207800358U (en) | Transformer coil winding device with interlayer insulating glue adding function | |
| CN205986555U (en) | Lower wire passing device of motor internal stator coiling | |
| CN207061511U (en) | High speed rectangle enamel-covered wire twin shaft switches take-up | |
| CN202861012U (en) | Small wire drawer | |
| CN2542687Y (en) | Quick-knotting machine for fancy twists | |
| KR101539986B1 (en) | motor winding machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |