CN207409384U - Inductance leads automatic processing apparatus - Google Patents
Inductance leads automatic processing apparatus Download PDFInfo
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- CN207409384U CN207409384U CN201721422152.6U CN201721422152U CN207409384U CN 207409384 U CN207409384 U CN 207409384U CN 201721422152 U CN201721422152 U CN 201721422152U CN 207409384 U CN207409384 U CN 207409384U
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- cutter
- around core
- driving device
- inductance
- processing apparatus
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Abstract
The utility model is related to a kind of inductance leads automatic processing apparatus, including control module, paint stripping device and bobbin winder device, the paint stripping device includes centrifugal cutter and cutter driving device, the cutter driving device connects and centrifugal cutter is driven to act, the bobbin winder device is included around core and around core driving device, it is described to be rotated around the connection of core driving device and driving around core, the control module is electrically connected respectively with cutter driving device and around core driving device, and control module controls cutter driving device and around core driving device start and stop.Control module control paint stripping device and bobbin winder device operation, first paint stripping device carry out inductance leads stripping paint processing, and then for bobbin winder device by inductance leads around being set to inductance coil, whole process automation mechanized operation improves the production efficiency of inductance coil.
Description
Technical field
The utility model is related to a kind of inductance leads processing unit (plant), more particularly to a kind of inductance leads automation processing dress
It puts.
Background technology
Inductance leads are a kind of lead of surface with one layer of insulated paint, and current inductance coil mainly passes through inductance leads
Coiling forms, current inductance coil production method, carries out stripping paint processing, the processing of current stripping paint to inductance leads terminal first
Method mainly removes the coat of paint of welding position using chemical medicinal liquid immersion or manual grinding mode, if being impregnated using chemical medicinal liquid
Environmental pollution is larger, low according to manual grinding mode work efficiency, and above two stripping paint method has larger shortcoming.
Then, the stripping inductance leads that have handled of paint turn to inductance coil by bobbin winder device, current bobbin winder device by
Cylinder and cam engagement complete leading portion line sending, and carousel gear driving processing tool apron completes shape of product processing, computer control shaft core
Rotate complete coiling, above-mentioned bobbin winder device have the shortcomings that it is certain, such as：（1）Leading portion line sending is unstable, so as to cause pins of products length
Shakiness,（2）Factory interface is small, can not complete complex product shaping,（3）It is short to manufacture stroke, multiple-layer stacked product can not be made.
Further more, above-mentioned paint stripping device and bobbin winder device are to work independently, each work independently needs to arrange for different works
People operates, and production cost is higher, and the quality of production is difficult to ensure that.
Utility model content
The purpose of this utility model is to provide the inductance leads of a kind of simple in structure, automation stripping paint and Automated winding
Automatic processing apparatus.
What the purpose of this utility model was realized in.
A kind of inductance leads automatic processing apparatus, including control module, paint stripping device and bobbin winder device, the stripping paint dress
It puts including centrifugal cutter and cutter driving device, the cutter driving device connects and centrifugal cutter is driven to act, described
Bobbin winder device is included around core and around core driving device, described to be rotated around the connection of core driving device and driving around core, institute
It states control module to be electrically connected with cutter driving device and around core driving device respectively, control module control cutter driving device
With around core driving device start and stop.The control module control paint stripping device and bobbin winder device operation, paint stripping device is to electricity first
Sense lead carries out stripping paint processing, and then bobbin winder device carries inductance leads around inductance coil, whole process automation mechanized operation is set to
The production efficiency of high inductance coil.
The above technical solution can be further improved as follows.
As more specific scheme, the centrifugal cutter includes cutter and knife rest, and the knife rest is along the circumferential direction provided with
Three Cutting tool installation manner grooves, adjacent cutter mounting groove are separated by 120 degree, and the cutter is hinged in Cutting tool installation manner groove, cutter and cutter
Between surround inlet wire cavity.
As more specific scheme, when the centrifugal cutter rotates, cutter is acted on by centrifugal force, and cutter top court extends out
, cutter lower part is drawn close inwardly, and cutter lower part and cutter lower part surround wire stripping cavity, and the cutter lower part is additionally provided with wire stripper
Piece.By setting centrifugal cutter, when centrifugal cutter rotates, cutter lower part is drawn close to form wire stripping cavity, wire stripping cavity folder
Tight inductance leads simultaneously carry out stripping paint to inductance leads, and principle is simple, improves the stripping paint efficiency of inductance leads.
As more specific scheme, the cutter is provided with the first jack, and Cutting tool installation manner groove is provided with the second jack, and cutter is placed in
The first bolt is provided in Cutting tool installation manner groove, between cutter and Cutting tool installation manner groove, the first bolt is inserted through the first jack and second
Hole realizes that cutter is hinged in Cutting tool installation manner groove.
As more specific scheme, further include around core carriage, it is described to include spring and the around core carriage
Two bolts, it is described to be equipped with around core driving device around core accommodating cavity, it is described be provided with around core accommodating cavity side wall it is symmetrical
Sliding slot, described to correspond to runner position around core and be provided with limit hole, described to be stretched into around core in core accommodating cavity, the second bolt is worn
Limit hole is crossed, on the chute, around core holding in core accommodating cavity, the second bolt limits coiling for the second bolt both ends holding
Core edge is around the sliding distance of core accommodating cavity.The inductance leads, which follow to rotate around core, turns to inductance coil, due to coiling
Core can be slided along around core accommodating cavity, when being slided around core court in core accommodating cavity, be wrapped in the inductor wire outside core
Circle voluntarily comes off, and inductance coil is collected convenient for worker.
As more specific scheme, the spring is arranged in core accommodating cavity, and spring one end is resisted against to be held around core
Bottom of chamber wall is put, the spring other end is resisted against on core, and spring forms the resetting-mechanism around core.It is described in core accommodating cavity
Spring is put, around core towards compression spring is slided in core accommodating cavity, the inductance coil convenient for being wrapped in outside core comes off, when
During spring reset, spring promotion is overhang around core towards coiling accommodating cavity, is next Job readiness around core, coiling is greatly improved
The winding efficiency of device.
As more specific scheme, the bobbin winder device further includes storage platform, thimble and air jet system, and the storage is put down
Platform is located at below core carriage, and air jet system is located at storage platform one side, and the thimble is located at below storage platform, contains
Object platform corresponds to thimble position and is provided with the through hole passed through convenient for thimble, the thimble, through hole and is in same horizontal line around core
On.
As more specific scheme, collecting box is provided with below the storage platform, inductance leads are turned to around core
Inductance coil, inductance coil drop on storage platform, and air jet system promotes inductance coil to drop collection towards inductance coil jet
In case.By setting air jet system, the gas push inductance coil that air jet system sprays is moved in collecting box, without manually picking up
Inductance coil is played, reduces cost of labor, improves the production efficiency of inductance coil, it is automatic to improve inductance leads automatic processing apparatus
Change degree.
As more specific scheme, the cutter driving device and be electric rotating machine around core driving device.
As more specific scheme, the paint stripping device is arranged in front of bobbin winder device, and control module starts by sequence stripping
Paint device and bobbin winder device.
The beneficial effects of the utility model are as follows：
The utility model, control module control paint stripping device and bobbin winder device operation, paint stripping device is to inductance leads first
Stripping paint processing is carried out, then inductance leads are improved inductance by bobbin winder device around inductance coil, whole process automation mechanized operation is set to
The production efficiency of coil.
The utility model, paint stripping device use centrifugal cutter, and when centrifugal cutter rotates, cutter lower part is drawn close to be formed
Wire stripping cavity, wire stripping cavity clamp inductance leads and carry out stripping paint to inductance leads, and principle is simple, improves the stripping paint of inductance leads
Efficiency.
The utility model, inductance leads, which follow to rotate around core, turns to inductance coil, due to can be along around core around core
Accommodating cavity slides, when around core towards inductance coil when sliding in core accommodating cavity compression spring, being wrapped in outside core from
Row comes off, and inductance coil is collected convenient for worker, and when spring reset, spring promotion is overhang around core towards coiling accommodating cavity, around
Core is next Job readiness, improves the winding efficiency of bobbin winder device.
Description of the drawings
Fig. 1 is inductance leads automatic processing apparatus schematic diagram.
Fig. 2 is the centrifugal cutter schematic diagram of paint stripping device（Stationary state）.
Fig. 3 is the centrifugal cutter schematic diagram of paint stripping device（Rotation status）.
Fig. 4 is cutter front view.
Fig. 5 is cutter left view.
Fig. 6 is knife rest top view.
Fig. 7 is cutter left view.
Fig. 8 is the winding state schematic diagram of bobbin winder device（Except air jet system, storage platform, thimble and collecting box）
Fig. 9 is the winding state schematic diagram of bobbin winder device.
Figure 10 is the taking-up inductance coil schematic diagram of bobbin winder device.
Figure 11 is that the air jet system of bobbin winder device blows the inductance coil schematic diagram to drop in storage platform.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Embodiment, with reference to shown in Fig. 1 to Figure 11, a kind of inductance leads automatic processing apparatus, including control module 1, stripping
Paint device 2 and bobbin winder device 3.
The paint stripping device 3 includes centrifugal cutter 4 and cutter driving device 5, and the centrifugal cutter 4 includes cutter 41
With knife rest 42, the knife rest 42 is along the circumferential direction opened there are three Cutting tool installation manner groove 421, and each Cutting tool installation manner groove 421 is both provided with
Second jack 422 is separated by 120 degree between adjacent cutter mounting groove 421.41 center of cutter is provided with the first jack 414, cutter
41 lower parts are provided with wire stripping blade 413, are provided with the first bolt 8 between the cutter 41 and Cutting tool installation manner groove 421, and described first
Bolt 8 is passed through in the first jack 414 and the second jack 422, and cutter 41 is hinged in Cutting tool installation manner groove 421, cutter 41 and cutter
Inlet wire cavity 411 is surrounded between 41.
The cutter driving device 5 is electric rotating machine, and cutter driving device 5 and centrifugal cutter 4 connect and control centrifugation
Formula cutter 4 rotates, and when centrifugal cutter 4 rotates, cutter 41 is acted on by centrifugal force, and 41 top of cutter is expanded outwardly, cutter 41
Lower part is drawn close inwardly, and 41 lower part of cutter and 41 lower part of cutter surround wire stripping cavity 412.
The bobbin winder device 3 include around core 6, around core driving device 7, around core carriage 9, storage platform 31,
Air jet system 33 and thimble 32.
It is described around core driving device 7 be electric rotating machine, be provided with around core driving device 7 around core accommodating cavity 71, institute
It states and symmetrical sliding slot 711 is provided with around 71 side wall of core accommodating cavity, it is described to be provided with limit around 711 position of the correspondence sliding slot of core 6
Position hole 61.Described to include 91 and second bolt 92 of spring around core carriage 9, the spring 91 is placed in around core accommodating cavity 71
It is interior, it is stretched into around core 6 in core accommodating cavity 71, the second bolt 92 passes through the limit hole 61 around core 6,92 both ends of the second bolt
Respectively holding on the sliding slot 711 around core accommodating cavity 71, so as to limit around core 6 along around core installation cavity 71 slide away from
From.Described 91 one end of spring is resisted against in core accommodating cavity 71, and 91 other end of spring is resisted against around 6 end face of core, spring 91
Form the resetting-mechanism around core 6.
The storage platform 31 is located at around 9 lower section of core carriage, and air jet system 33 is located at 31 one side of storage platform, institute
It states thimble 32 and is located at 31 lower section of storage platform, storage platform 31 corresponds to 32 position of thimble and is provided with the through hole passed through convenient for thimble 32
311, it the thimble 32, through hole 311 and is in around core 6 in same horizontal line.31 lower section of storage platform that is located at is also set up
There is collecting box 10, inductance leads turn to inductance coil 11 with around the rotation of core 6, and inductance coil 11 drops in storage platform 31
On, air jet system 33 promotes inductance coil 11 to drop in collecting box 10 towards 11 jet of inductance coil.The paint stripping device 2 is set
It in the front of bobbin winder device 3, control module 1, cutter driving device 5 and is electrically connected around core driving device 7, control module 1 controls
Cutter driving device 5 and around 7 start and stop of core driving device.
Operation principle：
Inductance leads are stretched into paint stripping device 2, inductance leads terminal is stretched into along the inlet wire cavity 411 of centrifugal cutter 4
In wire stripping cavity 412, control module 1 drives cutter driving device 5 to start, and cutter driving device 5 controls centrifugal cutter 4 to revolve
Turn, when centrifugal cutter 4 rotates, 41 stress centrifugal force of cutter effect, 41 top of cutter is expanded outwardly, and 41 lower part of cutter is inwardly
Contact inductance leads are drawn close, the exploitation blade 413 positioned at 41 lower part of cutter rotates the paint for exploiting inductance leads with centrifugal cutter 4
Skin.
Then inductance leads are stretched into bobbin winder device 3, inductance leads and are connected around core 6, and control module 1 is driven around core
Driving device 7 starts, and controls around core driving device 7 and is rotated around core 6, and inductance leads turn to inductance with around the rotation of core 6
Coil 11, then thimble 32 up promote around core 6, around core 6 along around 71 dynamic pressure contracting spring 91 of core accommodating cavity, inductance coil
11 drop on storage platform 31.
Finally, the air jet system 33 positioned at 31 one side of storage platform sprays gas, gas push inductance towards inductance coil 11
Coil 11, so that inductance coil 11 is slided and dropped in the collecting box 10 of 31 lower section of storage platform, entire inductance coil 11 is made
Make process automation degree height, effectively reduce cost of labor, improve the practicability of inductance leads automatic processing apparatus.
Claims (10)
1. a kind of inductance leads automatic processing apparatus, it is characterised in that：Including control module（1）, paint stripping device（2）And coiling
Device（3）, the paint stripping device（2）Including centrifugal cutter（4）And cutter driving device（5）, the cutter driving device（5）
It connects and drives centrifugal cutter（4）Action, the bobbin winder device（3）Including around core（6）With around core driving device（7）,
It is described around core driving device（7）It connects and drives around core（6）Rotation, the control module（1）It is filled respectively with cutter drives
It puts（5）With around core driving device（7）It is electrically connected, control module（1）Control cutter driving device（5）It is filled with being driven around core
It puts（7）Start and stop.
2. inductance leads automatic processing apparatus according to claim 1, it is characterised in that：The centrifugal cutter（4）Bag
Include cutter（41）And knife rest（42）, the knife rest（42）Cutting tool installation manner groove there are three along the circumferential direction opening（421）, adjacent cutter peace
Tankage（421）It is separated by 120 degree, the cutter（41）It is hinged on Cutting tool installation manner groove（421）It is interior, cutter（41）And cutter（41）Between
Surround inlet wire cavity（411）.
3. inductance leads automatic processing apparatus according to claim 2, it is characterised in that：The centrifugal cutter（4）Rotation
When turning, cutter（41）It is acted on by centrifugal force, cutter（41）Top is expanded outwardly, cutter（41）Lower part is drawn close inwardly, cutter（41）
Lower part and cutter（41）Lower part surrounds wire stripping cavity（412）, the cutter（41）Lower part is additionally provided with wire stripping blade（413）.
4. inductance leads automatic processing apparatus according to claim 2, it is characterised in that：The cutter（41）It is provided with first
Jack（414）, Cutting tool installation manner groove（421）It is provided with the second jack（422）, cutter（41）It is placed in Cutting tool installation manner groove（421）It is interior, cutter
（41）And Cutting tool installation manner groove（421）Between be provided with the first bolt（8）, the first bolt（8）Through the first jack（414）With second
Jack（422）, realize cutter（41）It is hinged on Cutting tool installation manner groove（421）It is interior.
5. inductance leads automatic processing apparatus according to claim 1, it is characterised in that：It further includes around core carriage
（9）, it is described around core carriage（9）Including spring（91）With the second bolt（92）, it is described around core driving device（7）It is equipped with
Around core accommodating cavity（71）, it is described around core accommodating cavity（71）Side wall is provided with symmetrical sliding slot（711）, it is described around core
（6）Corresponding sliding slot（711）Position is provided with limit hole（61）, it is described around core（6）It stretches into around core accommodating cavity（71）Interior, second inserts
Pin（92）Through limit hole（61）, the second bolt（92）Both ends holding is in sliding slot（711）On, around core（6）Holding is around core
Accommodating cavity（71）It is interior, the second bolt（92）Limitation is around core（6）Along around core accommodating cavity（71）Sliding distance.
6. inductance leads automatic processing apparatus according to claim 5, it is characterised in that：The spring（91）Be arranged on around
Core accommodating cavity（71）It is interior, spring（91）It is resisted against around core accommodating cavity（71）, spring（91）The other end is resisted against around core（6）
On, spring（91）It forms around core（6）Resetting-mechanism.
7. inductance leads automatic processing apparatus according to claim 1, it is characterised in that：The bobbin winder device（3）Also wrap
Include storage platform（31）, thimble（32）And air jet system（33）, the storage platform（31）Positioned at around core carriage（9）Under
Side, air jet system（33）Positioned at storage platform（31）One side, the thimble（32）Positioned at storage platform（31）Lower section, storage platform
（31）Corresponding thimble（32）Position is provided with convenient for thimble（32）The through hole passed through（311）, the thimble（32）, through hole（311）With
Around core（6）In same horizontal line.
8. inductance leads automatic processing apparatus according to claim 7, it is characterised in that：The storage platform（31）Lower section
It is provided with collecting box（10）, inductance leads turn to inductance coil with around core 6（11）, inductance coil（11）It drops and is put down in storage
Platform（31）On, air jet system（33）Towards inductance coil（11）Jet promotes inductance coil（11）Drop collecting box（10）It is interior.
9. inductance leads automatic processing apparatus according to claim 1, it is characterised in that：The cutter driving device（5）
With around core driving device（7）It is electric rotating machine.
10. inductance leads automatic processing apparatus according to claim 1, it is characterised in that：The paint stripping device（2）It sets
In bobbin winder device（3）Front, control module（1）Start by sequence paint stripping device（2）And bobbin winder device（3）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721422152.6U CN207409384U (en) | 2017-10-31 | 2017-10-31 | Inductance leads automatic processing apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721422152.6U CN207409384U (en) | 2017-10-31 | 2017-10-31 | Inductance leads automatic processing apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207409384U true CN207409384U (en) | 2018-05-25 |
Family
ID=62408622
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721422152.6U Active CN207409384U (en) | 2017-10-31 | 2017-10-31 | Inductance leads automatic processing apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207409384U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107658127A (en) * | 2017-10-31 | 2018-02-02 | 佛山市众莱盛五金弹簧有限公司 | Inductance leads automatic processing apparatus |
-
2017
- 2017-10-31 CN CN201721422152.6U patent/CN207409384U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107658127A (en) * | 2017-10-31 | 2018-02-02 | 佛山市众莱盛五金弹簧有限公司 | Inductance leads automatic processing apparatus |
| CN107658127B (en) * | 2017-10-31 | 2024-04-30 | 佛山市众莱盛五金弹簧有限公司 | Automatic processing device for inductance leads |
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