CN207587523U - Electrical conduction mechanism - Google Patents
Electrical conduction mechanism Download PDFInfo
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- CN207587523U CN207587523U CN201721868408.6U CN201721868408U CN207587523U CN 207587523 U CN207587523 U CN 207587523U CN 201721868408 U CN201721868408 U CN 201721868408U CN 207587523 U CN207587523 U CN 207587523U
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- electrical conduction
- jig
- conduction mechanism
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Abstract
The utility model belongs to spooling equipment technical field more particularly to a kind of electrical conduction mechanism.It solves the problems such as prior art design is unreasonable.This electrical conduction mechanism includes the interior the end of a thread being arranged between jig and lower jig clamping and punctures structure, the clamping of outer the end of a thread is equipped in the outer rim of lower jig and punctures structure, and mechanism further includes can puncture structure with the clamping of described interior the end of a thread respectively and the clamping of outer the end of a thread punctures the electric heating device that structure contacts.The utility model has the advantage of：Cost can be reduced and design is more reasonable.
Description
Technical field
The utility model belongs to spooling equipment technical field more particularly to a kind of electrical conduction mechanism.
Background technology
Hollow windings' machine can not only improve winding efficiency, but also can further improve coiling precision.
Current coil winding machine when completing coil winding, is usually used and entire mold is heated, after mold heating
Realize heating to coil, the insulating layer of coil its enameled wire after heating is heated that Internal and external cycle is made to link together.
Above-mentioned this mode of heating, energy consumption is larger and scald accident easily occurs.
In order to improve the technical issues of above-mentioned, for example, Chinese patent discloses a kind of winding fixture, application number
201520734127.6, including having around thread fixing plate seat and vertically setting for the first surface being arranged in parallel and second surface
It puts on the first surface or second surface, for cable wire rod being bent into first shape and several fixed sizings are solid
Determine needle.The program by thread fixing plate seat set for by cable wire rod be bent into first shape and it is fixed several
Sizing fixed pin so that cable wire rod is bent into the first shape of needs, then passes through heating postcooling and is shaped into production institute
The cable wire rod needed, it is very convenient, production efficiency can be effectively improved.
Above-mentioned scheme and it is unresolved above-mentioned the technical issues of, therefore, be badly in need of that design is a can be solved above-mentioned technology and ask
The power device of topic.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, offer one kind can reduce cost and design is more reasonably powered
Mechanism.
In order to achieve the above objectives, the utility model employs following technical proposal：This electrical conduction mechanism includes being arranged on controlling
Interior the end of a thread clamping between tool and lower jig punctures structure, and being equipped with the clamping of outer the end of a thread in the outer rim of lower jig punctures structure, the machine
Structure further includes can puncture structure with the clamping of described interior the end of a thread respectively and the clamping of outer the end of a thread punctures the electrified regulation that structure contacts and fills
It puts.
In above-mentioned electrical conduction mechanism, the electric heating device includes lifter plate and lifter plate and lifting drive
Connection, is equipped at least one powered electrode one being vertically arranged and an at least powered electrode being vertically arranged on lifter plate
Two, powered electrode one punctures structure with the clamping of interior the end of a thread under the driving of lifting drive and contacts, and powered electrode two is lifting
Structure is punctured under the driving of driving device with the clamping of outer the end of a thread to contact.
In above-mentioned electrical conduction mechanism, the lifting drive includes lift actuator.Lift actuator is cylinder
Or oil cylinder.
In above-mentioned electrical conduction mechanism, through-hole is equipped at the top of the upper jig, powered electrode one is inserted into from through-hole
In jig and with interior the end of a thread puncturing blade upper-end contact.
Interior the end of a thread positioned at interior the end of a thread puncturing blade periphery is equipped in above-mentioned electrical conduction mechanism, in the upper jig to cut
Knife, the lower end cutting blade of interior the end of a thread cutter are located at below the lower surface of upper jig.
In above-mentioned electrical conduction mechanism, the clamping of described outer the end of a thread punctures structure and includes mounting base, is equipped in mounting base
Through-hole, be equipped in through-holes be capable of the upper end transverse part of the L-shaped clamping piece that axially lifts of opposing through-bores and L-shaped clamping piece will be empty
The outer the end of a thread of wire-core coil is pressed on mounting base upper surface, and outer the end of a thread puncturing blade and outer the end of a thread puncturing blade are equipped in the side of mounting base
Blade protrudes from the upper surface of mounting base, and elastic construction is equipped between longitudinal portion of L-shaped clamping piece and the lower surface of mounting base.
In above-mentioned electrical conduction mechanism, the groove depth of crossed beam trunking and crossed beam trunking is equipped in the lateral lower surface of L-shaped clamping piece
Less than the diameter of the end of a thread outside air core coil.
In above-mentioned electrical conduction mechanism, the elastic construction includes the spring being set in the portion of L-shaped clamping piece longitudinal direction, bullet
The upper end of spring acts on the lower end of mounting base, and the lower end of spring is acted on the baffle ring at L-shaped clamping piece longitudinal direction subordinate end.
In above-mentioned electrical conduction mechanism, the mounting base is in strip, and the mounting base is inserted in cantilevered locating rack, is hanged
Arm-type locating rack is fixed on the upper end outer rim of lower jig.
In above-mentioned electrical conduction mechanism, the clamping of described outer the end of a thread, which punctures structure and further includes, can drive the L-shaped to press from both sides
Gripping member moves up driving device what vertical direction moved up.
Compared with prior art, it is the advantages of this electrical conduction mechanism：
1st, by way of clamping and synchronizing and puncture, power supply is subsequently connected again, which not only reduces difficulty of processing, but also
Reduce cost, without detect in real time jig temperature and holding jig temperature it is constant, it is energy saving and design it is more reasonable.
2nd, design is more in line with the development trend of current social technology.
3rd, it is simple in structure and highly practical.
Description of the drawings
Fig. 1 is spooling equipment structure diagram provided by the utility model.
Fig. 2 is electric heating device structure diagram provided by the utility model.
Fig. 3 is electric heating device energized state schematic diagram provided by the utility model.
Fig. 4 is electrical conduction mechanism structure diagram provided by the utility model.
Fig. 5 is the clamp position schematic diagram that interior the end of a thread clamping provided by the utility model punctures structure.
Fig. 6 is that interior the end of a thread clamping provided by the utility model punctures another visual angle clamp position schematic diagram of structure.
Fig. 7 is lower positioning column structure diagram provided by the utility model.
Fig. 8 is interior the end of a thread cutter structure schematic diagram provided by the utility model
Fig. 9 is that outer the end of a thread clamping provided by the utility model punctures structure structure diagram.
Figure 10 is L-shaped clamping piece structure diagram provided by the utility model.
Figure 11 is mounting base structure diagram provided by the utility model.
Figure 12 is that increase provided by the utility model moves up the structure diagram after driving device.
In figure, lower jig A, upper jig B, the clamping of interior the end of a thread punctures structure C, the clamping of interior the end of a thread punctures structure C, outer thread end clamp
Hold puncture structure D, electric heating device E, mounting base c1, through-hole c11, L-shaped clamping piece c2, outer the end of a thread puncturing blade c3, spring c4,
Baffle ring c5, driving device c6, cantilevered locating rack c7, installation mounting hole c71, lower positioning column d1, through-hole d10, resigning platform are moved up
Rank d11, it interior the end of a thread puncturing blade d2, Blind locating holes d21, spring part d3, interior the end of a thread cutter d4, crosses line set d5, lifter plate e1, be powered
One e2 of electrode, two e3 of powered electrode.
Specific embodiment
It is the specific embodiment of utility model and with reference to attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these embodiments.
As shown in Figs 1-4, this electrical conduction mechanism is punctured including the interior the end of a thread clamping being arranged between jig B and lower jig A
Structure C is equipped with the clamping of outer the end of a thread in the outer rim of lower jig A and punctures structure D, and mechanism further includes respectively can be with described interior the end of a thread
Clamping punctures structure C and the clamping of outer the end of a thread punctures the electric heating device E of structure D contacts.
Electric heating device E includes lifter plate e1 and lifter plate e1 is connect with lifting drive, is worn on lifter plate e1
One e2 of powered electrode being vertically arranged equipped at least one and at least one two e3 of powered electrode being vertically arranged, powered electrode one
E2 punctures structure C with the clamping of interior the end of a thread under the driving of lifting drive and contacts, and two e3 of powered electrode is in lifting drive
Driving under puncture structure D with the clamping of outer the end of a thread and contact.
Lifting drive includes lift actuator.Lift actuator is cylinder or oil cylinder.
Lifter plate e1 is insulation board.
As Figure 4-8, interior the end of a thread clamping punctures structure C and includes the lower positioning column d1 being threaded through in lower jig A, mechanism
Further include interior the end of a thread puncturing blade d2 for being threaded through in jig B and interior the end of a thread thorn when upper jig B drops to setting position
The upper-end contact of the blade and lower positioning column d1 of broken knife d2, interior the end of a thread puncturing blade d2 are made of metal material.In lower positioning column d1
Upper end or the lower end of interior the end of a thread puncturing blade d2 be equipped with line groove d11 and described line groove d11 groove depths of crossing are less than tubular wire
The diameter of the end of a thread in circle.
The end of a thread crosses line groove by described in air core coil, and air core coil interior lines head point at this time was located at line groove
It is interior, partly protruded from outside line groove, and when upper jig B at this time is lowered to setting position, interior the end of a thread puncturing blade at this time
The lower end of d2 is contacted with lower positioning column d1 upper ends end face, since air core coil interior lines head point was protruded from outside line groove, at this time
Interior the end of a thread puncturing blade d2 then protrusion intermuscular needling is broken, whole process is simple and stability is very good.
Spring part d3 is equipped between interior the end of a thread puncturing blade d2 and upper jig B.It, can be to avoid by designing spring part d3
Interior the end of a thread puncturing blade d2 is exceedingly moved down after being contacted with lower positioning column d1 upper ends end face.
Certainly, spring part d3 here also has reset response.
Prioritization scheme, there are two blades for interior the end of a thread puncturing blade d2 lower ends tool of the present embodiment.That is, it is formed between two blades
The forming tank vertical with crossing line groove.
Be equipped with Blind locating holes d21 in interior the end of a thread puncturing blade d2 upper ends, the lower end of spring part d3 insert in Blind locating holes d21 and
The lower end of spring part acts on Blind locating holes d21 bottom holes, and the upper end of spring part d3 acts on the top following table of jig B
Face.
Certainly, spring part d3 here can directly be set in interior the end of a thread puncturing blade d2 upper ends.
In addition, it is connected at the top of upper jig B equipped with through-hole d10, the through-hole d10 with the Blind locating holes d21.It is logical
The insertion of follow-up powered electrode two is convenient in the design of hole d10.
Interior the end of a thread cutter d4 positioned at interior the end of a thread puncturing blade d2 peripheries is equipped in upper jig B, under interior the end of a thread cutter d4
End cutting blade is located at below the lower surface of upper jig B.
After electrified regulation finishes, by interior the end of a thread cutter d4 design its extra scrap wire head can be cut off.
Prioritization scheme is equipped with resigning step d11, the lower end cutting blade of interior the end of a thread cutter d4 on lower positioning column d1 tops
It inserts in the resigning step d11.Resigning step d11 plays avoidance and the purpose of loss of weight.
Certainly, it is slidably connected between interior the end of a thread puncturing blade d2 of the present embodiment and interior the end of a thread cutter d4.
It is equipped with to be set on lower positioning column d1 in lower jig A and crosses line set d5, the upper end for crossing line set d5 extends to down and controls
Have the upper surface of A and offered line notch in the upper end for crossing line set d5.
As shown in figs9-12, outer the end of a thread clamping punctures structure D and includes mounting base c1, prioritization scheme, the installation of the present embodiment
Seat c1 is in strip, and mounting base c1 is inserted in cantilevered locating rack c7.
Cantilevered locating rack c7 is equipped with several installation mounting hole c71.Fastener is equipped in installation mounting hole c71, is led to
It crosses fastener cantilevered locating rack c7 is fixed on lower jig.
Through-hole c11 is equipped on mounting base c1, being equipped in through-hole c11 being capable of the L-shaped that axially lifts of opposing through-bores c11
The end of a thread outside air core coil is pressed on mounting base c1 upper surfaces, L-shaped clamping by the upper end transverse part of clamping piece c2 and L-shaped clamping piece c2
Part c2 is metalwork, and the blade that outer the end of a thread puncturing blade c3 and outer the end of a thread puncturing blade c3 are equipped in the side of mounting base c1 protrudes from peace
Fill the upper surface of seat c1, that is, when the end of a thread is pressed on mounting base c1 upper surfaces outside air core coil, outer the end of a thread puncturing blade c3 at this time
Blade punctures outer the end of a thread, and the powered electrode one for puncturing the rear external world is contacted with L-shaped clamping piece c2 transverse parts, that is, realizes that energization adds
Heat.
Which is not only simple in structure, and efficiency is very high, meanwhile, can effectively reduce the consumption of electric energy, it is energy saving and
Design is more reasonable.
The groove depth that crossed beam trunking and crossed beam trunking are equipped in the lateral lower surface of L-shaped clamping piece c2 is less than the end of a thread outside air core coil
Diameter.
Crossed beam trunking is caught in convenient for line, meanwhile, it can be cut off to avoid line.
Elastic construction is equipped between longitudinal portion of L-shaped clamping piece c2 and the lower surface of mounting base c1.Elastic construction is set
Counting it can force longitudinal portion of L-shaped clamping piece c2 to compress outer the end of a thread, meanwhile, it also acts as the effect of reset to elastic construction,
That is, after L-shaped clamping piece c2 is moved up, reset at this time just uses elastic construction.
Specifically, above-mentioned elastic construction includes the spring c4 being set in the portion of L-shaped clamping piece c2 longitudinal directions, and spring c4's is upper
End acts on the lower end of mounting base c1, and the lower end of spring c4 is acted on the baffle ring c5 at L-shaped clamping piece c2 longitudinal directions subordinate end.
Baffle ring c5 can be replaced by bolt.
Specifically, outer the end of a thread puncturing blade c3 of the present embodiment has two and is symmetrical arranged.
It is set in the side of mounting base c1 there are two guide groove, outer the end of a thread puncturing blade c3 is located at described outer the end of a thread and pierces
In broken knife c3.
Secondly, the through-hole c11 of the present embodiment is any one in square hole, tri-angle-holed and irregularly-shaped hole, the L-shaped
Clamping piece c2 matches with the through-hole c11.
In addition, the blade of outer the end of a thread puncturing blade c3 protrudes from diameter of the height less than outer the end of a thread of mounting base c1 upper surfaces.
The design of the structure cuts off outer the end of a thread which obviate puncturing blade.
The present apparatus, which further includes, can drive the L-shaped clamping piece c2 to move up driving device what vertical direction moved up
c6.It moves up driving device c6 and includes cantilevered drive rod, cantilevered drive rod is connect with lifting driving cylinder.
Driving device c6 drivings L-shaped clamping piece c2 is moved up to move up to make L-shaped clamping piece c2 transverse parts and mounting base
C1 forms cable clamping interface between upper surface.
The operation principle of the present embodiment is as follows:
When interior the end of a thread punctures structure C clamping by the clamping of interior the end of a thread, interior the end of a thread clamping punctures structure C and punctures interior the end of a thread, and
After the completion of air core coil winding, outer the end of a thread at this time is then caught in the clamping of outer the end of a thread by outer the end of a thread bending and punctured in structure D,
Outer the end of a thread clamping at this time punctures structure D and outer the end of a thread is clamped and punctured；
After puncturing, one e2 of powered electrode and two e3 of powered electrode then puncture structure C and outer the end of a thread with the clamping of interior the end of a thread respectively
Clamping punctures structure D contacts, that is, finally realizes electrified regulation.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Described specific embodiment can be done various modifications or additions or using similar by belonging to those skilled in the art
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. electrical conduction mechanism, which is characterized in that interior the end of a thread clamping including being arranged between upper jig (B) and lower jig (A) punctures
Structure (C) is equipped with the clamping of outer the end of a thread in the outer rim of lower jig (A) and punctures structure (D), mechanism further include respectively can with it is described
Interior the end of a thread clamping punctures structure (C) and the clamping of outer the end of a thread punctures the electric heating device (E) of structure (D) contact.
2. electrical conduction mechanism according to claim 1, which is characterized in that the electric heating device (E) is including lifter plate
(e1) and lifter plate (e1) is connect with lifting drive, and an at least energization being vertically arranged is equipped on lifter plate (e1)
Electrode one (e2) and at least one powered electrode two (e3) being vertically arranged, powered electrode one (e2) is in the drive of lifting drive
Dynamic lower clamped with interior the end of a thread punctures structure (C) and contacts, powered electrode two (e3) under the driving of lifting drive with outer the end of a thread
Clamping punctures structure (D) contact.
3. electrical conduction mechanism according to claim 2, which is characterized in that interior the end of a thread clamping punctures structure (C) and includes
The lower positioning column being threaded through in lower jig, this structure further include the interior the end of a thread puncturing blade being threaded through in jig and work as under upper jig
The upper-end contact of the blade of interior the end of a thread puncturing blade and lower positioning column during setting position is dropped to, in the upper end of lower positioning column or interior
The lower end of the end of a thread puncturing blade was equipped with line groove and the diameter crossed line groove groove depth and be less than the end of a thread in air core coil, inside
Spring part is equipped between the end of a thread puncturing blade and upper jig.
4. electrical conduction mechanism according to claim 3, which is characterized in that through-hole is equipped at the top of the upper jig, be powered electricity
Pole one (e2) be inserted into upper jig (B) from through-hole and with interior the end of a thread puncturing blade upper-end contact.
5. electrical conduction mechanism according to claim 3, which is characterized in that be equipped in the upper jig and punctured positioned at interior the end of a thread
Interior the end of a thread cutter of knife periphery, the lower end cutting blade of interior the end of a thread cutter are located at below the lower surface of upper jig.
6. electrical conduction mechanism according to claim 1, which is characterized in that outer the end of a thread clamping punctures structure (D) and includes
Mounting base is equipped with through-hole in mounting base, and being equipped in through-holes being capable of the L-shaped clamping piece that axially lifts of opposing through-bores and L-shaped
The end of a thread outside air core coil is pressed on mounting base upper surface by the upper end transverse part of clamping piece, and outer the end of a thread is equipped in the side of mounting base
The blade of puncturing blade and outer the end of a thread puncturing blade protrudes from the upper surface of mounting base, in longitudinal portion of L-shaped clamping piece and mounting base
Elastic construction is equipped between lower surface.
7. electrical conduction mechanism according to claim 6, which is characterized in that be equipped in the lateral lower surface of L-shaped clamping piece
The groove depth of wire casing and crossed beam trunking is less than the diameter of the outer the end of a thread of air core coil.
8. electrical conduction mechanism according to claim 6, which is characterized in that the elastic construction includes being set in L-shaped clamping
Spring in the portion of part longitudinal direction, the upper end of spring act on the lower end of mounting base, and the lower end of spring acts on L-shaped clamping piece longitudinal direction portion
On the baffle ring of lower end.
9. electrical conduction mechanism according to claim 6, which is characterized in that the mounting base is in strip, and the mounting base is inserted
In in cantilevered locating rack, cantilevered locating rack is fixed on the upper end outer rim of lower jig.
10. electrical conduction mechanism according to claim 6, which is characterized in that outer the end of a thread clamping punctures structure (D) and also wraps
Including can drive the L-shaped clamping piece to move up driving device what vertical direction moved up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721868408.6U CN207587523U (en) | 2017-12-27 | 2017-12-27 | Electrical conduction mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721868408.6U CN207587523U (en) | 2017-12-27 | 2017-12-27 | Electrical conduction mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207587523U true CN207587523U (en) | 2018-07-06 |
Family
ID=62740111
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721868408.6U Active CN207587523U (en) | 2017-12-27 | 2017-12-27 | Electrical conduction mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207587523U (en) |
-
2017
- 2017-12-27 CN CN201721868408.6U patent/CN207587523U/en active Active
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