CN105336448B - The transmission mechanism of spiral filament forming machine - Google Patents
The transmission mechanism of spiral filament forming machine Download PDFInfo
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- CN105336448B CN105336448B CN201510739323.7A CN201510739323A CN105336448B CN 105336448 B CN105336448 B CN 105336448B CN 201510739323 A CN201510739323 A CN 201510739323A CN 105336448 B CN105336448 B CN 105336448B
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- drive
- take
- rotary shaft
- unwrapping wire
- elater
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Abstract
The transmission mechanism of a kind of spiral filament forming machine of the present invention, it is characterised in that it includes frame（4）, the frame（4）On be provided with anti-elater actinobacillus device（1）, alloy heater strip actinobacillus device（2）And take-up（3）；The anti-elater actinobacillus device（1）Framework is rotated including anti-elater unwrapping wire, the anti-elater unwrapping wire, which is rotated in framework, is provided with anti-elater unwrapping wire receiver（1.11）, anti-elater unwrapping wire receiver（1.11）Shellproof silk ureeling barrel is provided with outside（1.12）；The take-up（3）Including take-up framework, the take-up lower portion is provided with an I-beam wheel（3.6）.The transmission mechanism of spiral filament forming machine of the present invention is used for extruding of the spiral filament forming machine of assembling in shellproof silk table face alloy heater strip around the home in the absence of die head, therefore final product ductility around the home is good, and surface smoothness is high, and warping resistance performance is good.
Description
Technical field
The present invention relates to a kind of transmission mechanism of spiral filament forming machine.
Background technology
The heating wire of heating cable is made of the method in the stranded alloy heater strip in shellproof silk table face using wire twisting machine.So
Method the extruding of die head have passed through due to alloy heater strip, damage is had to the surface of alloy heater strip, causes to process
Heating wire surface smoothness it is poor, there is surface stress, therefore the warping resistance of its product in heating wire poor ductility, heating wire surface
Performance can also decline therewith.
The content of the invention
It is an object of the invention to overcome above-mentioned deficiency to be used to be assembled in the alloy heating around the home of shellproof silk table face there is provided one kind
Product ductility is good after silk, and surface smoothness is high, the transmission mechanism of the spiral filament forming machine of the good spiral filament forming machine of warping resistance performance.
The object of the present invention is achieved like this：
A kind of transmission mechanism of spiral filament forming machine, it is characterised in that it includes being provided with anti-elater unwrapping wire in frame, the frame
Device, alloy heater strip actinobacillus device and take-up；
The anti-elater actinobacillus device is arranged at the upper strata of frame, and the anti-elater actinobacillus device turns including anti-elater unwrapping wire
Dynamic framework, the anti-elater unwrapping wire is rotated to be provided with framework outside anti-elater unwrapping wire receiver, anti-elater unwrapping wire receiver and set
There is anti-elater ureeling barrel；
The take-up is arranged at the lower floor of frame, and the take-up includes take-up framework, the take-up framework bag
Base plate and top board are included, has a lower rotary shaft to be extended downwardly from through base plate, lower rotary shaft is hollow shaft, lower rotary shaft and base plate
It is fixedly connected, has a upper rotary shaft to be protruded upward through top board, upper rotary shaft is hollow shaft, upper rotary shaft is fixed with top board to be connected
Connect, the take-up lower portion is provided with an I-beam wheel, the lower end center of the I-beam wheel is fixedly connected with downwards a work
Character wheel rotary shaft, I-shaped wheel shaft is passed downwards outside lower rotary shaft, is disposed with from top to bottom in the upper rotary shaft
Take-up die head and supporting plate, are provided with vertical top plate supporting axle, two top boards between the two ends of the supporting plate and top board
A take-up pulley is fixedly installed in support shaft respectively；
It is provided with below the base plate of the take-up on take-up base, take-up base and is provided with one downwards
The motor of arrangement, the output end of motor is provided with the first drive, and the first drive and the fixed cover of its side are rotated loaded on lower
The second drive on axle is connected by the first belt, and upward take-up base support is provided with take-up base
The 3rd drive and the 4th drive being fixedly connected up and down, lower rotary shaft are set with axle, take-up base support shaft
First gear, the 5th drive and the 6th biography are set with successively from top to bottom outside the part of base plate and take-up base
Driving wheel, wherein first gear are fixedly connected with the 5th drive and are rotatably assorted with lower rotary shaft, and the 6th drive is rotated with lower
Axle is fixedly connected, and the 4th drive is connected with the 6th drive of its side by the second belt, the 3rd drive
It is connected with the 5th drive of its side by the 3rd belt, right section of the base plate is provided with downward backplanes support axle, bottom
Plate support shaft is set with second gear and the 3rd gear successively from top to bottom, and the second gear and the 3rd gear, which are fixed, to be connected
Connect and be rotatably assorted with backplanes support axle, wherein second gear is engaged with the first gear of its side, and the right-hand member of take-up framework has
Piece first connecting shaft sequentially passes through top board and base plate from top to bottom, and the first connecting shaft is rotatably assorted with top board and base plate,
The top and bottom of first connecting shaft have been respectively fixedly connected with the 7th drive and the 4th gear, wherein the 4th gear
Engaged with the 3rd gear of its side, a top plate supporting axle sleeve of right is equipped with the 8th drive, the 8th drive and top board
Support shaft is fixedly connected, and the 8th drive is connected with the 7th drive of its side by the 4th belt, two top plate supporting axles
Nineth drive and tenth drive of the fixed cover equipped with left and right arrangement respectively, the 9th drive and the tenth drive pass through the
Five belts are connected, and fixed cover is equipped with the 11st drive in the upper rotary shaft between take-up die head and supporting plate, have one it is shellproof
Silk unwrapping wire rotates the upper end of framework rotary shaft and anti-elater unwrapping wire rotates framework and is fixedly connected, and anti-elater unwrapping wire rotates frame member
Axle is hollow shaft, and the lower end fixed cover that the anti-elater unwrapping wire rotates framework rotary shaft is equipped with the 14th drive, the frame
On be additionally provided with the second connecting shaft being vertically arranged, the second connecting shaft is connected with gantry rotation, the upper end of the second connecting shaft and under
End has been respectively fixedly connected with the 12nd drive and the 13rd drive, wherein the 12nd drive and the 14th of its side
Drive is connected by the 6th belt, and the 13rd drive is connected with the 11st drive of its side by the 7th belt.
Anti- elater unwrapping wire rotates in framework rotary shaft and wears an anti-elater unwrapping wire receiver rotary shaft, anti-elater unwrapping wire set
Cylinder base rotary shaft lower end is stretched out anti-elater unwrapping wire and rotated outside framework rotary shaft, and the upper end of anti-elater unwrapping wire receiver rotary shaft is with preventing
Elater unwrapping wire receiver is fixedly connected, and the lower end fixed cover of anti-elater unwrapping wire receiver rotary shaft is equipped with the 16th drive, machine
Frame upper strata is additionally provided with the first magnetic tensioner, and the first magnetic tensioner is connected with the first commutator, the first commutator output end
The 17th drive is provided with, the 17th drive is connected with the 16th drive of its side by the 8th belt.
The lower end fixed cover of I-shaped wheel shaft is equipped with the 15th drive, and frame lower floor is additionally provided with the second magnetic tension force
Device, the second magnetic tensioner is connected with the second commutator, and the second commutator output end is provided with the 18th drive, and the 18th passes
Driving wheel is connected with the 15th drive of its side by the 9th belt.
Compared with prior art, the beneficial effects of the invention are as follows：
The transmission mechanism of spiral filament forming machine of the present invention be used for assemble spiral filament forming machine in shellproof silk table face alloy heater strip around the home not
There is the extruding of die head, therefore final product ductility around the home is good, surface smoothness is high, and warping resistance performance is good.
Brief description of the drawings
Fig. 1 is the first viewing angle constructions schematic diagram of spiral filament forming machine of the present invention.
Fig. 2 is the internal structure schematic diagram at the first visual angle of spiral filament forming machine of the present invention.
Fig. 3 is the internal structure left view of spiral filament forming machine of the present invention.
Fig. 4 is Fig. 3 A-A sectional views.
Fig. 5 is Fig. 2 superstructure schematic diagram.
Fig. 6 is Fig. 2 substructure schematic diagram.
Fig. 7 is Fig. 3 superstructure schematic diagram.
Fig. 8 is Fig. 3 substructure schematic diagram.
Fig. 9 is Fig. 4 superstructure schematic diagram.
Figure 10 is Fig. 5 substructure schematic diagram.
Figure 11 is second of viewing angle constructions schematic diagram of spiral filament forming machine of the present invention.
Figure 12 is the third viewing angle constructions schematic diagram of spiral filament forming machine of the present invention.
Figure 13 is the 4th kind of viewing angle constructions schematic diagram of spiral filament forming machine of the present invention.
Figure 14 is the internal structure schematic diagram at second of visual angle of spiral filament forming machine of the present invention.
Figure 15 is the internal structure schematic diagram at the third visual angle of spiral filament forming machine of the present invention.
Figure 16 is the internal structure schematic diagram at the 4th kind of visual angle of spiral filament forming machine of the present invention.
Wherein：
Anti- elater actinobacillus device 1, support plate 1.1, support ring 1.2, anti-elater unwrapping wire rotate framework support bar 1.3, shellproof
Silk unwrapping wire the first guide wheel 1.4, anti-elater unwrapping wire deflector roll 1.5, anti-the second guide wheel of elater unwrapping wire support base 1.6, anti-elater unwrapping wire the
Two guide wheels 1.7, crossbeam 1.8, the anti-guide wheel support base 1.9 of elater unwrapping wire the 3rd, the anti-guide wheel 1.10 of elater unwrapping wire the 3rd, anti-elater are put
Line receiver 1.11, anti-elater ureeling barrel 1.12, anti-elater unwrapping wire lead ring 1.13, anti-elater unwrapping wire rotate framework rotary shaft
1.14th, anti-elater unwrapping wire receiver rotary shaft 1.15, the 14th drive 1.16, the 16th drive 1.17
Alloy heater strip actinobacillus device 2, supporting table 2.1, montant 2.2, alloy heater strip ureeling barrel 2.3, lead ring spacing collar
2.4
Take-up 3, base plate 3.1, top board 3.2, take-up framework support bar 3.3, lower rotary shaft 3.4, upper rotary shaft 3.5,
It is I-beam wheel 3.6, I-shaped wheel shaft 3.7, take-up die head 3.8, supporting plate 3.9, top plate supporting axle 3.10, take-up pulley 3.11, solid
Determine guide roller 3.12, screw mandrel 3.13, winding displacement Mobile base 3.14, mobile idler pulley 3.15, mobile guide roller 3.16, take-up base
3.17th, motor 3.18, the first drive 3.19, the second drive 3.20, the first belt 3.21, take-up base support shaft
3.22nd, the 3rd drive 3.23, the 4th drive 3.24, first gear 3.25, the 5th drive 3.26, the 6th drive
3.27th, the second belt 3.28, the 3rd belt 3.29, second gear 3.30, the 3rd gear 3.31, the first connecting shaft the 3.32, the 7th
Drive 3.33, the 4th gear 3.34, the 8th drive 3.35, the 4th belt 3.36, the 9th drive 3.37, the tenth drive
3.38th, the 5th belt 3.39, the 11st drive 3.40, the 15th drive 3.41, backplanes support axle 3.42
Frame 4
Second connecting shaft 5, the 12nd drive 5.1, the 13rd drive 5.2
6th belt 6
7th belt 7
First magnetic tensioner 8
First commutator 9
17th drive 10
8th belt 11
Second magnetic tensioner 12
Second commutator 13
18th drive 14
9th belt 15.
Embodiment
Referring to Fig. 1 ~ Figure 16, a kind of spiral filament forming machine of the present invention, it includes frame 4, is provided with the frame 4 shellproof
Silk actinobacillus device 1, alloy heater strip actinobacillus device 2 and take-up 3.
The anti-elater actinobacillus device 1 is arranged at the upper strata of frame 4, and the anti-elater actinobacillus device 1 is put including anti-elater
Line rotates framework, and anti-elater unwrapping wire, which rotates framework, includes the support plate 1.1 of bottom and the support ring 1.2 at top, the support
Two anti-elater unwrapping wire rotation framework support bars 1.3 are evenly arranged between disk 1.1 and support ring 1.2 and two anti-elater are put
Line guide rolls support axle, the outside that the anti-elater unwrapping wire rotates framework support bar 1.3 is provided with the anti-elater unwrapping wire being vertically arranged
Anti- elater unwrapping wire deflector roll 1.5, the anti-elater unwrapping wire are provided with first guide wheel 1.4, the anti-elater unwrapping wire guide rolls support axle
Anti- the second guide wheel of elater unwrapping wire support base 1.6, institute have been set up in the support ring 1.2 for rotating the corresponding position of framework support bar 1.3
State and diagonally disposed anti-the second guide wheel of elater unwrapping wire 1.7, the support are provided with anti-the second guide wheel of elater unwrapping wire support base 1.6
The middle part of ring 1.2, which is set up, crossbeam 1.8, and crossbeam 1.8 can be dismantled in support ring 1.2, and the middle part of the crossbeam 1.8 is set upwards
It is equipped with the anti-guide wheel support base 1.9 of elater unwrapping wire the 3rd, the anti-guide wheel support base 1.9 of elater unwrapping wire the 3rd and is provided with what is be vertically arranged
The anti-guide wheel 1.10 of elater unwrapping wire the 3rd, the middle part of the crossbeam 1.8 be provided with above and below hollow out wire breach, the anti-elater puts
Line, which rotates to be provided with framework outside anti-elater unwrapping wire receiver 1.11, anti-elater unwrapping wire receiver 1.11, is provided with shellproof silk unwrapping wire
Cylinder 1.12, the anti-upper end of elater unwrapping wire receiver 1.11 is internally provided with anti-elater unwrapping wire lead ring support base, anti-elater unwrapping wire lead ring
The anti-elater unwrapping wire lead ring 1.13 of lateral arrangement is provided with support base.There is an anti-elater unwrapping wire to rotate framework rotary shaft 1.14
Support plate 1.1 is passed down through, anti-elater unwrapping wire rotates framework rotary shaft 1.14 and is fixedly connected with support plate 1.1, anti-elater unwrapping wire
It is hollow shaft to rotate framework rotary shaft 1.14, and anti-elater unwrapping wire rotates in framework rotary shaft 1.14 and wears an anti-elater unwrapping wire set
Cylinder base rotary shaft 1.15, the anti-lower end of elater unwrapping wire receiver rotary shaft 1.15 stretches out anti-elater unwrapping wire and rotates framework rotary shaft 1.14
Outside, the upper end of anti-elater unwrapping wire receiver rotary shaft 1.15 is fixedly connected with anti-elater unwrapping wire receiver.
The alloy heater strip actinobacillus device 2 is arranged at the middle level of frame 4, and the alloy heater strip actinobacillus device 2 includes
Be circular layout or semi-circular arrangement supporting table 2.1, be provided with many montants 2.2 being vertically arranged in the supporting table 2.1,
Alloy heater strip ureeling barrel 2.3 is arranged with as needed on the montant 2.2, the center of the supporting table 2.1 is provided with one
Multiple alloy heater strip lead rings are provided with individual lead ring spacing collar 2.4, lead ring spacing collar 2.4, alloy heater strip ureeling barrel 2.3
Unwrapping wire is passive unwrapping wire.
The take-up 3 is arranged at the lower floor of frame 4, and the take-up 3 includes take-up framework, the take-up framework
Base plate 3.1 and top board 3.2 including rectangle, are each provided with two and erect between the two ends and the two ends of top board 3.2 of the base plate 3.1
To take-up framework support bar 3.3, there is a lower rotary shaft 3.4 to be extended downwardly from through base plate 3.1, lower rotary shaft 3.4 is hollow
Axle, lower rotary shaft 3.4 is fixedly connected with base plate 3.1, has a upper rotary shaft 3.5 to be protruded upward through top board 3.2, upper rotary shaft
3.5 be hollow shaft, and upper rotary shaft 3.5 is fixedly connected with top board 3.2, and the take-up lower portion is provided with an I-beam wheel 3.6,
The lower end center of the I-beam wheel 3.6 is fixedly connected with downwards an I-shaped wheel shaft 3.7, and I-shaped wheel shaft 3.7 is downward
Pass outside lower rotary shaft 3.4, I-shaped wheel shaft 3.7 is rotatably assorted with the lower top of rotary shaft 3.4, under upper rotary shaft 3.5
End is extended at the upper end center of I-beam wheel 3.6.Take-up die head 3.8 is disposed with from top to bottom in the upper rotary shaft 3.5
And supporting plate 3.9, wire hole is offered in the upper rotary shaft 3.5 of the lower section of supporting plate 3.9.The two ends of the supporting plate 3.9 with
It is provided between top board 3.2 on vertical top plate supporting axle 3.10, two top plate supporting axles 3.10 and is fixedly installed one respectively
Take-up pulley 3.11.A fixed guide roller is respectively arranged with before and after one take-up pulley 3.11 of left on the base plate 3.1 of both sides
3.12, bus cable device is additionally provided between base plate 3.1 and the left end of top board 3.2, bus cable device includes being arranged at base plate 3.1 and top board
Vertical screw mandrel 3.13 and the winding displacement Mobile base 3.14 coordinated with the screw thread of screw mandrel 3.13 between 3.2 left ends, the winding displacement movement
The left side of seat 3.14 is provided with two mobile idler pulleys 3.15, and two mobile idler pulleys 3.15 coordinate with take-up framework support bar 3.3, institute
The right side for stating winding displacement Mobile base 3.14 is provided with two mobile guide rollers 3.16.
The spiral filament forming machine also includes the transmission mechanism for being used to drive anti-elater actinobacillus device 1 and take-up 3 to work.It is described
The lower section of base plate 3.1 of take-up 3, which is provided with take-up base 3.17, take-up base 3.17, is provided with one downwards
The motor 3.18 of arrangement, the output end of motor 3.18 extends the lower section of take-up base 3.17, and the output end of motor 3.18 is set
The first drive 3.19 is equipped with, the first drive 3.19 and the fixed cover of its side are driven loaded on second in lower rotary shaft 3.4
Wheel 3.20 is connected by the first belt 3.21, and upward take-up base support shaft is provided with take-up base 3.17
3.22, the 3rd drive 3.23 and the 4th drive being fixedly connected up and down are set with take-up base support shaft 3.22
3.24, the 3rd drive 3.23 and the 4th drive 3.24 are rotatably assorted with take-up base support shaft 3.22, lower to rotate
Axle 3.4 is located at base plate 3.1 with being set with first gear the 3.25, the 5th successively from top to bottom outside the part of take-up base 3.17
The drive 3.27 of drive 3.26 and the 6th, wherein first gear 3.25 be fixedly connected with the 5th drive 3.26 and with lower turn
Moving axis 3.4 is rotatably assorted, and the 6th drive 3.27 is fixedly connected with lower rotary shaft 3.4, the 4th drive 3.24 and one
6th drive 3.27 of side is connected by the second belt 3.28, the 3rd drive 3.23 and the 5th drive of its side
3.26 are connected by the 3rd belt 3.29, and right section of the base plate 3.1 is provided with downward backplanes support axle 3.42, backplanes support
Axle 3.42 is set with the gear 3.31 of second gear 3.30 and the 3rd, the second gear 3.30 and the 3rd successively from top to bottom
Gear 3.31 is fixedly connected and is rotatably assorted with backplanes support axle 3.42.The wherein first gear of second gear 3.30 and its side
3.25 engagements.The right-hand member of take-up framework has first connecting shaft 3.32 to sequentially pass through top board 3.2 and base plate from top to bottom
3.1, the first connecting shaft 3.32 is rotatably assorted with top board 3.2 and base plate 3.1, the top and bottom of first connecting shaft 3.32
Portion is fixedly connected with the 7th drive 3.33 and the 4th gear 3.34 respectively, wherein the 4th gear 3.34 and the 3rd of its side
Gear 3.31 is engaged.The lower section of take-up pulley 3.11 of a piece top plate supporting axle 3.10 of right is set with the 8th drive 3.35, the
Eight drives 3.35 are fixedly connected with top plate supporting axle 3.10, and the 8th drive 3.35 and the 7th drive 3.33 of its side lead to
Cross the 4th belt 3.36 to connect, two top plate supporting axles 3.10, which are passed down through outside the part of top board 3.2, distinguishes fixed cover equipped with a left side
9th drive 3.37 of right arrangement and the tenth drive 3.38, the 9th drive 3.37 and the tenth drive 3.38 pass through
Five belts 3.39 are connected.Fixed cover is equipped with the 11st transmission in upper rotary shaft 3.5 between take-up die head 3.8 and supporting plate 3.9
Wheel 3.40, the lower end fixed cover of I-shaped wheel shaft 3.7 is equipped with the 15th drive 3.41.The anti-elater unwrapping wire rotates framework
The lower end fixed cover of rotary shaft 1.14 is equipped with the 14th drive 1.16, and the lower end of anti-elater unwrapping wire receiver rotary shaft 1.15 is consolidated
Surely it is set with the 16th drive 1.17.The second connecting shaft 5 being vertically arranged, the second connecting shaft 5 are additionally provided with the frame 4
Rotate and be connected with frame 4, the top and bottom of the second connecting shaft 5 have been respectively fixedly connected with the 12nd drive 5.1 and the tenth
Three drives 5.2, wherein the 12nd drive 5.1 is connected with the 14th drive 1.16 of its side by the 6th belt 6, the
13 drives 5.2 are connected with the 11st drive 3.40 of its side by the 7th belt 7.The other upper strata of frame 4 is also set up
There is the first magnetic tensioner 8, the first magnetic tensioner 8 is connected with the first commutator 9, the output end of the first commutator 9 is provided with
The drive 10 of 17 drive the 10, the 17th is connected with the 16th drive 1.17 of its side by the 8th belt 11.Frame 4
Lower floor is additionally provided with the second magnetic tensioner 12, and the second magnetic tensioner 12 is connected with the second commutator 13, the second commutator 13
Output end is provided with the 18th drive 14, and the 18th drive 14 and the 15th drive 3.41 of its side pass through the 9th skin
Band 15 is connected.
Operation principle：
Anti- elater ureeling barrel is loaded on anti-elater unwrapping wire receiver, and alloy heater strip ureeling barrel is loaded on montant, I-beam wheel
Loaded on I-shaped wheel shaft, start motor.Motor drives the first drive 3.19, and the first drive 3.19 passes through the first belt
3.21 drive the second drive 3.20, so that lower rotary shaft 3.4 drives the 11st transmission in take-up frame member, upper rotary shaft
Wheel 3.40 drives the 13rd drive 5.2 by the 7th belt 7, and the 12nd drive 5.1 of the second connecting shaft 5 passes through the 6th skin
Band 6 drives the 14th drive 1.16, also begins to rotate so that anti-elater unwrapping wire rotates framework.First magnetic tensioner 8 passes through
The power exported after the commutation of first commutator 9 drives the 17th drive 10, and the 17th drive 10 passes through the band of the 8th belt 11
Dynamic 16th drive 1.17, so that the anti-elater ureeling barrel 1.12 on anti-elater unwrapping wire receiver 1.11 starts to rotate unwrapping wire.
The 6th drive 3.27 in lower rotary shaft 3.4 drives the 4th drive 3.24, the 3rd drive by the second belt 3.28
3.23 drive the 5th drive 3.26 by the 3rd belt 3.29, and first gear 3.25 drives second gear 3.30, the 3rd gear
3.31 drive the 4th gear 3.34, and the 7th drive 3.33 drives the 8th drive 3.35 by the 4th belt 3.36, and the tenth passes
Driving wheel 3.38 drives the 9th drive 3.37 by the 5th belt 3.39, is moved so that two take-up pulleies 3.11 rotate offer take-up
Power, by adjusting the gear ratio of the 3rd gear 3.31 and the 4th gear 3.34, can adjust the speed first of take-up pulley 3.11, the
The power that two magnetic tensioners 12 are exported after the ring of the second commutator 13 drives the 18th drive 14, the 18th drive
14 drive the 15th drive by the 9th belt 15, so that I-beam wheel 3.6 starts to rotate take-up.
Anti- elater on anti-elater ureeling barrel 1.12 sequentially passes through anti-elater unwrapping wire deflector roll 1.5, anti-elater unwrapping wire first and led
Wheel 1.4, anti-the second guide wheel of elater unwrapping wire 1.7, the anti-guide wheel 1.10 of elater unwrapping wire the 3rd and anti-elater unwrapping wire lead ring 1.13 are laggard
Enter in vertical anti-elater unwrapping wire receiver rotary shaft 1.15, then many conjunctions with being released on alloy heater strip ureeling barrel 2.3
Golden heater strip converges, at take-up die head 3.8 carry out it is stranded, it is stranded after heating wire by take-up pulley 3.11 start take-up after by
Fixed guide roller 3.12 enters bus cable device, is finally wound in I-beam wheel 3.6.
Claims (2)
1. a kind of transmission mechanism of spiral filament forming machine, it is characterised in that it includes frame（4）, the frame（4）On be provided with anti-elater
Actinobacillus device（1）, alloy heater strip actinobacillus device（2）And take-up（3）；
The anti-elater actinobacillus device（1）It is arranged at frame（4）Upper strata, the anti-elater actinobacillus device（1）Including anti-elater
Unwrapping wire rotates framework, and the anti-elater unwrapping wire, which is rotated in framework, is provided with anti-elater unwrapping wire receiver（1.11）, anti-elater unwrapping wire
Receiver（1.11）Shellproof silk ureeling barrel is provided with outside（1.12）；
The take-up（3）It is arranged at frame（4）Lower floor, the take-up（3）Including take-up framework, the take-up frame
Frame includes base plate（3.1）And top board（3.2）, there is a lower rotary shaft（3.4）Through base plate（3.1）Extend downwardly from, it is lower to rotate
Axle（3.4）For hollow shaft, lower rotary shaft（3.4）With base plate（3.1）It is fixedly connected, there is a upper rotary shaft（3.5）Through top board
（3.2）Protrude upward, upper rotary shaft（3.5）For hollow shaft, upper rotary shaft（3.5）With top board（3.2）It is fixedly connected, the take-up
Lower portion is provided with an I-beam wheel（3.6）, the I-beam wheel（3.6）Lower end center be fixedly connected with an I-shaped downwards
Wheel shaft（3.7）, I-shaped wheel shaft（3.7）Lower rotary shaft is passed downwards（3.4）Outside, the upper rotary shaft（3.5）On
Take-up die head is disposed with from top to bottom（3.8）And supporting plate（3.9）, the supporting plate（3.9）Two ends and top board
（3.2）Between be provided with vertical top plate supporting axle（3.10）, two top plate supporting axles（3.10）It is upper to be fixedly installed one respectively
Individual take-up pulley（3.11）；
The take-up（3）Base plate（3.1）Lower section is provided with take-up base（3.17）, take-up base（3.17）
On be provided with a motor arranged downwards（3.18）, motor（3.18）Output end be provided with the first drive（3.19）, the
One drive（3.19）Lower rotary shaft is loaded on the fixed cover of its side（3.4）On the second drive（3.20）Pass through the first skin
Band（3.21）Connection, take-up base（3.17）On be provided with upward take-up base support shaft（3.22）, take-up dress
Bottom set seat supports axle（3.22）On be set with the 3rd drive being fixedly connected up and down（3.23）And the 4th drive（3.24）,
Lower rotary shaft（3.4）Positioned at base plate（3.1）With take-up base（3.17）Part outside be set with first successively from top to bottom
Gear（3.25）, the 5th drive（3.26）And the 6th drive（3.27）, wherein first gear（3.25）With the 5th transmission
Wheel（3.26）Be fixedly connected and with lower rotary shaft（3.4）It is rotatably assorted, the 6th drive（3.27）With lower rotary shaft（3.4）It is fixed
Connection, the 4th drive（3.24）With the 6th drive of its side（3.27）Pass through the second belt（3.28）Connection, institute
State the 3rd drive（3.23）With the 5th drive of its side（3.26）Pass through the 3rd belt（3.29）Connection, the base plate
（3.1）Right section be provided with downward backplanes support axle（3.42）, backplanes support axle（3.42）It is set with successively from top to bottom
Two gears（3.30）And the 3rd gear（3.31）, the second gear（3.30）And the 3rd gear（3.31）Be fixedly connected and
With backplanes support axle（3.42）It is rotatably assorted, wherein second gear（3.30）With the first gear of its side（3.25）Engagement, is received
The right-hand member of wire frame has first connecting shaft（3.32）Top board is sequentially passed through from top to bottom（3.2）And base plate（3.1）, first
Connecting shaft（3.32）With top board（3.2）And base plate（3.1）It is rotatably assorted, first connecting shaft（3.32）Top and bottom
Portion is fixedly connected with the 7th drive respectively（3.33）And the 4th gear（3.34）, wherein the 4th gear（3.34）With its side
The 3rd gear（3.31）Engagement, a top plate supporting axle of right（3.10）It is set with the 8th drive（3.35）, the 8th passes
Driving wheel（3.35）With top plate supporting axle（3.10）It is fixedly connected, the 8th drive（3.35）With the 7th drive of its side
（3.33）Pass through the 4th belt（3.36）Connection, two top plate supporting axles（3.10）Fixed cover is equipped with the 9th of left and right arrangement respectively
Drive（3.37）And the tenth drive（3.38）, the 9th drive（3.37）With the tenth drive（3.38）Pass through the 5th skin
Band（3.39）Connection, take-up die head（3.8）With supporting plate（3.9）Between upper rotary shaft（3.5）Upper fixed cover is equipped with the 11st
Drive（3.40）, there is an anti-elater unwrapping wire to rotate framework rotary shaft（1.14）Upper end and anti-elater unwrapping wire rotate framework and consolidate
Fixed connection, anti-elater unwrapping wire rotates framework rotary shaft（1.14）For hollow shaft, the anti-elater unwrapping wire rotates framework rotary shaft
（1.14）Lower end fixed cover be equipped with the 14th drive（1.16）, the frame（4）On be additionally provided with second be vertically arranged
Connecting shaft（5）, the second connecting shaft（5）With frame（4）Rotate connection, the second connecting shaft（5）Top and bottom fixed respectively connect
It is connected to the 12nd drive（5.1）And the 13rd drive（5.2）, wherein the 12nd drive（5.1）With the of its side
14 drives（1.16）Pass through the 6th belt（6）Connection, the 13rd drive（5.2）With the 11st drive of its side
（3.40）Pass through the 7th belt（7）Connection；
Anti- elater unwrapping wire rotates framework rotary shaft（1.14）Inside wear an anti-elater unwrapping wire receiver rotary shaft（1.15）, it is shellproof
Silk unwrapping wire receiver rotary shaft（1.15）Lower end stretches out anti-elater unwrapping wire and rotates framework rotary shaft（1.14）Outside, anti-elater unwrapping wire set
Cylinder base rotary shaft（1.15）Upper end be fixedly connected with anti-elater unwrapping wire receiver, anti-elater unwrapping wire receiver rotary shaft（1.15）
Lower end fixed cover be equipped with the 16th drive（1.17）, frame（4）Upper strata is additionally provided with the first magnetic tensioner（8）, first
Magnetic tensioner（8）With the first commutator（9）Connection, the first commutator（9）Output end is provided with the 17th drive（10）, the
17 drives（10）With the 16th drive of its side（1.17）Pass through the 8th belt（11）Connection.
2. a kind of transmission mechanism of spiral filament forming machine according to claim 1, it is characterised in that I-shaped wheel shaft（3.7）Under
Hold fixed cover that the 15th drive is housed（3.41）, frame（4）Lower floor is additionally provided with the second magnetic tensioner（12）, the second magnetic
Tensioner（12）With the second commutator（13）Connection, the second commutator（13）Output end is provided with the 18th drive（14）, the
18 drives（14）With the 15th drive of its side（3.41）Pass through the 9th belt（15）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510739323.7A CN105336448B (en) | 2015-11-04 | 2015-11-04 | The transmission mechanism of spiral filament forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510739323.7A CN105336448B (en) | 2015-11-04 | 2015-11-04 | The transmission mechanism of spiral filament forming machine |
Publications (2)
| Publication Number | Publication Date |
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| CN105336448A CN105336448A (en) | 2016-02-17 |
| CN105336448B true CN105336448B (en) | 2017-07-14 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2693375Y (en) * | 2004-03-25 | 2005-04-20 | 钱国钧 | Full automatic filament winding machine |
| CN2715336Y (en) * | 2004-07-01 | 2005-08-03 | 应学荣 | Digital controlled gap type filament-coiling machine |
| CN2761550Y (en) * | 2004-12-10 | 2006-03-01 | 江苏金泰隆机电设备制造厂 | Metal wire winding machine |
| CN202405235U (en) * | 2011-12-10 | 2012-08-29 | 西北机器有限公司 | Double-helix winding machine |
| CN205194430U (en) * | 2015-11-04 | 2016-04-27 | 江阴神辉电工材料有限公司 | Drive mechanism of spiral filament forming machine |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0741249A (en) * | 1993-07-27 | 1995-02-10 | Fukushima Meikoushiya:Kk | Electric wire winding machine |
| CN1812002B (en) * | 2006-02-17 | 2011-12-21 | 黄建为 | Apparatus for destranding paying-off wire |
| CN103413618B (en) * | 2013-07-13 | 2015-08-05 | 江苏佳成机械有限公司 | A kind of vertical wire twisting machine of HDMI cable |
-
2015
- 2015-11-04 CN CN201510739323.7A patent/CN105336448B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2693375Y (en) * | 2004-03-25 | 2005-04-20 | 钱国钧 | Full automatic filament winding machine |
| CN2715336Y (en) * | 2004-07-01 | 2005-08-03 | 应学荣 | Digital controlled gap type filament-coiling machine |
| CN2761550Y (en) * | 2004-12-10 | 2006-03-01 | 江苏金泰隆机电设备制造厂 | Metal wire winding machine |
| CN202405235U (en) * | 2011-12-10 | 2012-08-29 | 西北机器有限公司 | Double-helix winding machine |
| CN205194430U (en) * | 2015-11-04 | 2016-04-27 | 江阴神辉电工材料有限公司 | Drive mechanism of spiral filament forming machine |
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| Publication number | Publication date |
|---|---|
| CN105336448A (en) | 2016-02-17 |
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