CN209448630U - A kind of double wire binding machines - Google Patents
A kind of double wire binding machines Download PDFInfo
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- CN209448630U CN209448630U CN201822267089.4U CN201822267089U CN209448630U CN 209448630 U CN209448630 U CN 209448630U CN 201822267089 U CN201822267089 U CN 201822267089U CN 209448630 U CN209448630 U CN 209448630U
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- 206010053615 Thermal burn Diseases 0.000 claims description 18
- 238000009835 boiling Methods 0.000 claims description 7
- 238000004064 recycling Methods 0.000 claims description 4
- 238000004519 manufacturing process Methods 0.000 abstract description 9
- 230000005540 biological transmission Effects 0.000 abstract description 4
- 238000000034 method Methods 0.000 abstract description 4
- 230000007115 recruitment Effects 0.000 abstract description 2
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Abstract
The utility model relates to a kind of double wire binding machines, including what is be arranged on the rack: wire inlet mechanism needs in the position of wiring for line to be sent to stator；Initial line mechanism, for line to be hooked into the initial position of stator wiring；Line mouth and crochet hook synchronous drive mechanism, for driving the left and right and back-and-forth motion of First Line mouth and the back-and-forth motion of the second line mouth and rotation and the first crochet hook and the second bearded needle；Power mechanism is used to provide power to line mouth and crochet hook synchronous drive mechanism；The end of a thread processing unit is handled for synchronizing to two the end of a thread；Index disc mechanism, for loading stator, and stator is driven to rotate, the utility model can be automatically performed double wirings operation to stator, and the transmission efficiency of whole process is high, compact-sized, greatly improve the wiring efficiency of stator, reduce recruitment number, reduce production cost while improving production efficiency, is conducive to the competitiveness for improving enterprise.
Description
Technical field
The utility model relates to wire binding machine field more particularly to a kind of double wire binding machines.
Background technique
In motor stator production process, wiring machining, traditional wire binding machine fortune are generallyd use to the binding operation of coil
Make low efficiency, noise and vibration is big, and structure is complicated, and equipment failure rate is high, adjustment difficulty and maintenance difficult, and some stators need
It ties up double-deck line, and the two secondary progress wiring operations that existing wire binding machine uses, leads to that processing efficiency is low in this way, be unsatisfactory for
The production and processing demand of enterprise.
Utility model content
The utility model aim is to provide a kind of operation convenient, high production efficiency for overcome the deficiencies in the prior art
, double wire binding machines that the double-deck wiring is carried out to stator of whole-course automation.
In order to achieve the above objectives, the technical solution adopted in the utility model is: a kind of double wire binding machines, including is arranged in rack
On:
Wire inlet mechanism needs in the position of wiring for line to be sent to stator；
Initial line mechanism, for line to be hooked into the initial position of stator wiring；
Line mouth and crochet hook synchronous drive mechanism, for driving First Line mouth and the second line mouth to be moved forward and backward and rotation and the
The left and right and back-and-forth motion of one crochet hook and the second bearded needle；
Power mechanism is used to provide power to line mouth and crochet hook synchronous drive mechanism；
The end of a thread processing unit is handled for synchronizing to two the end of a thread；
Disc mechanism is indexed, for loading stator, and stator is driven to rotate.
Preferably, the initial line mechanism includes lifting cylinder, transverse cylinder is equipped in the bottom of the lifting cylinder, in institute
The front end for stating transverse cylinder is equipped with initial line bearded needle.
Preferably, the line mouth and crochet hook synchronous drive mechanism include support frame, and being equipped on support frame as described above can be rotated
First rotating shaft, the second shaft and third shaft；First rotating shaft and the second shaft respectively drive first by oscillating arm mechanisms and stand
Formula shaft and the rotation of the second vertical shaft；
The top of support frame as described above is equipped with rotatably opposite up and down by two corresponding synchronous belt roller driving mechanisms
The First Line mouth of setting and the second line mouth；First bearded needle that is respectively arranged below with of the top of above-mentioned First Line mouth and the second line mouth connects
Bar and the second bearded needle connecting rod are respectively equipped with the first bearded needle and second in the front end of the first bearded needle connecting rod and the second bearded needle connecting rod and hook
Needle；The upper and lower part of first vertical shaft is swung first bearded needle of Component driver and the second bearded needle or so by bearded needle
It swings；
Line mouth back-and-forth motion group on second vertical shaft for driving First Line mouth and the second line mouth to be moved forward and backward
Part；
The third shaft is equipped with the bearded needle back-and-forth motion group for driving the first bearded needle and the second bearded needle to be moved forward and backward
Part.
Preferably, the bearded needle component that swings includes two spill spin blocks being connected with the first vertical shaft, described
Spill spin block is equipped with connecting rod, and the other end of connecting rod is connected with swinging block；The setting that above-mentioned swinging block can swing is hooking
In needle rack；Swinging block driving the first bearded needle/second bearded needle synchronizes the swing controlled.
Preferably, it includes two rotatably rollings being spindle rotationally arranged in third shaft that the line mouth, which is moved forward and backward component,
Wheel is provided with skewed slot on the middle part circumferencial direction that can be rotated idler wheel；Slide post block, the sliding are equipped in the skewed slot
Column block is connected with intermediate mass, and the other end of the intermediate mass is rotatably connected with the first bearded needle/second bearded needle, in the intermediate mass
Front end be connected with support by rotary shaft；It is equipped on the front of the First Line mouth and the second line mouth through linkage block, on
It states linkage block and is rotatably connected with intermediate mass.
Preferably, the idler wheel is connected by two and half circle rollers and is constituted；The idler wheel is arranged by ball bearing in bearing
Seat is outer；Third shaft is arranged in bearing block；Multiple row semicircle ball groove group, semi-round ball are equipped on the circumferencial direction of bearing block inner wall
It is made of in slot group multiple semicircle ball grooves arranged in a straight line, it is upper above the circumference of third shaft to be equipped with and multiple row semicircle ball groove group
Corresponding half-arc groove, constitutes the accommodating chamber for accommodating multiple balls between above-mentioned half-arc groove and semicircle ball groove, and described
Three shafts are connected with bearing block by ball.
Preferably, it includes two link blocks being connected with the second vertical shaft, above-mentioned company that the bearded needle, which is moved forward and backward component,
It connects block and longitudinally rotates block equipped with what can be longitudinally rotated；It is living in the front end for longitudinally rotating block and the first bearded needle/second bearded needle
Dynamic connection.
Preferably, the power mechanism includes power motor, and the power motor passes through synchronous belt roll wheel assembly driving the
One drive shaft turns；First drive shaft respectively drives the second drive shaft and third drive shaft turns by long synchronous belt；On
It states the first drive shaft, the second drive shaft and third drive shaft and is respectively used to driving first rotating shaft, the second shaft and third shaft
Rotation.
Preferably, the end of a thread processing unit includes the end of a thread processing mechanism of two settings symmetrical above and below, the end of a thread processor
Structure includes that the boiling hot breaking mechanism of line tail for being oppositely arranged on two sides and the end of a thread scald disconnected component, is scalded above disconnected component in described the end of a thread equipped with line
Tail tensioning mechanism；
The line tail tensioning mechanism includes tensing bracket, and the sinciput that the setting that is connected is equipped in the tension bracket goes out cylinder
With rear ejection cylinder, it is equipped with stay rod in the front end that the sinciput goes out cylinder, the front end of stay rod is equipped with hook；The tension branch
Frame front end is equipped with the casing being set on stay rod, and above-mentioned casing is connected with vacuum generator, for recycling scrap wire；
It includes scalding the end of a thread cylinder that the end of a thread, which scalds disconnected component, hooking block is equipped in the front end of boiling hot the end of a thread cylinder, in the hook
The front end of line block is equipped with hooking slot；The lower end of the hooking block is equipped with and perms, by the end of a thread when winning over lines for hooking block
It scalds disconnected.
Due to the application of the above technical scheme, the utility model has the advantage that compared with prior art
Double wire binding machines of the utility model, overall structure is simple, easy to operate, can be automatically performed to the double of stator
The transmission efficiency of wiring operation, whole process is high, compact-sized, greatly improves the wiring efficiency of stator, reduces and use worker
Number, reduces production cost while improving production efficiency, is conducive to the competitiveness for improving enterprise.
Detailed description of the invention
Technical solutions of the utility model are described further with reference to the accompanying drawing:
Attached drawing 1 is the schematic perspective view of the utility model；
Attached drawing 2 is the schematic diagram of internal structure of the utility model；
Attached drawing 3 is the partial enlarged view in attached drawing 2；
Attached drawing 4 is the schematic perspective view at another visual angle of attached drawing 2
Attached drawing 5 is the schematic perspective view of the utility model middle line mouth and crochet hook synchronous drive mechanism；
Attached drawing 6 is the partial enlarged view in attached drawing 5；
Attached drawing 7 is the schematic perspective view at another visual angle of attached drawing 5；
Attached drawing 8 is the schematic perspective view at another visual angle of attached drawing 5；
Attached drawing 9 is the partial enlarged view in attached drawing 8；
Attached drawing 10 is that line mouth and crochet hook synchronous drive mechanism omit the solid after support plate and synchronous belt roller driving mechanism
Structural schematic diagram；
Attached drawing 11 is to omit the schematic perspective view after the first vertical shaft in attached drawing 10；
Attached drawing 12 is the partial enlarged view in attached drawing 11；
Attached drawing 13 is the schematic perspective view of the end of a thread processing unit in the utility model；
Attached drawing 14 is the partial enlarged view in attached drawing 13；
Attached drawing 15 is the structural schematic diagram of hooking block in the end of a thread processing unit；
Attached drawing 16 is the schematic perspective view of the utility model middle line tail tensioning mechanism；
Attached drawing 17 is the part section that third shaft, two idler wheels and two bearing blocks and two ball bearings are connected
Figure；
Attached drawing 18 is the schematic perspective view of bearing block；
Attached drawing 19 is the schematic perspective view of third shaft；
Wherein: 1, wire inlet mechanism；2, initial line mechanism；3, line mouth and crochet hook synchronous drive mechanism；4, power mechanism；6, it indexes
Disc mechanism；7, rack；10, lifting cylinder；11, transverse cylinder；12, initial line bearded needle；30, support frame；31, first rotating shaft；32,
Two shafts；33, third shaft；34, oscillating arm mechanisms；35, the first vertical shaft;36, the second vertical shaft;37, synchronous belt idler wheel
Driving mechanism;38, bearded needle bracket；330, bearded needle swings component；331, spill spin block；332, connecting rod；333, swinging block；
350, bearded needle is moved forward and backward component；351, link block；352, block is longitudinally rotated；360, line mouth is moved forward and backward component；361, idler wheel；
362, skewed slot；363, slide post block；364, intermediate mass；365, rotary shaft；366, support；367, linkage block；380, the first bearded needle
Connecting rod；381, the second bearded needle connecting rod；390, First Line mouth；391, the second line mouth；40, power motor；41, synchronous belt roller group
Part；42, the first drive shaft；43, long synchronous belt；44, the second drive shaft；45, third drive shaft;50, line tail scalds breaking mechanism；51,
The end of a thread scalds disconnected component；52, line tail tensioning mechanism；501, tungsten wire bracket；502, tungsten wire mobile cylinder；503, tungsten wire head；510, it scalds
The end of a thread cylinder；511, hooking block；512, hooking slot；513, it perms；520, bracket is tensed；521, sinciput goes out cylinder；522, rear top
Cylinder out；523, stay rod；524, hook；525, casing；526, vacuum generator；800, ball bearing；801, bearing block；
802, semicircle ball groove；803, half-arc groove.
Specific embodiment
With reference to the accompanying drawing and specific embodiment the utility model is described in further detail.
Refering to attached drawing 1-19, a kind of a pair of wire binding machine described in the utility model, including being arranged in rack 7: inlet wire
Mechanism 1 needs in the position of wiring for line to be sent to stator；Initial line mechanism 2 is used to hook on line rising for stator wiring
Beginning position；Line mouth and crochet hook synchronous drive mechanism 3 are for driving First Line mouth 390 and the second line mouth 391 to be moved forward and backward and rotate
And first crochet hook (not shown) and the second bearded needle (not shown) left and right and back-and-forth motion；Power mechanism 4, is used for
Supply power to line mouth and crochet hook synchronous drive mechanism 3；The end of a thread processing unit is handled for synchronizing to two the end of a thread；Point
Dial mechanism 6 for loading stator, and drives stator to rotate.
Embodiment as a further preference, initial line mechanism 1 includes lifting cylinder 10, in the bottom of the lifting cylinder 10
Equipped with transverse cylinder 11, it is equipped with initial line bearded needle 12 in the front end of the transverse cylinder 11, initial line bearded needle 12 passes through lifting cylinder 10
It moves up and down, and carries out lateral movement by transverse cylinder, consequently facilitating being adjusted to the position of initial line bearded needle 12.
Embodiment as a further preference, line mouth and crochet hook synchronous drive mechanism 3 include support frame 30, in the support
Frame 30 is equipped with rotatable first rotating shaft 31, the second shaft 32 and third shaft 33；First rotating shaft 31 and the second shaft 32
The first vertical shaft 35 and the rotation of the second vertical shaft 36 are respectively driven by oscillating arm mechanisms 34.
The top of support frame as described above 30 is equipped with rotatable up and down by two corresponding synchronous belt roller driving mechanisms 37
The First Line mouth 390 and the second line mouth 391 being oppositely arranged；The top of above-mentioned First Line mouth 390 and the lower section of the second line mouth 391 point
Not She You the first bearded needle connecting rod 380 and the second bearded needle connecting rod 381, before the first bearded needle connecting rod 380 and the second bearded needle connecting rod 381
End is respectively equipped with the first bearded needle and the second bearded needle；The upper and lower part of first vertical shaft 35 is swung group by bearded needle
Part 330 drives the first bearded needle and the second bearded needle to swing；For driving 390 He of First Line mouth on second vertical shaft 36
The line mouth that second line mouth 391 is moved forward and backward is moved forward and backward component 360；The third shaft 33 is equipped with for driving the first bearded needle
Component 350 is moved forward and backward with the bearded needle that the second bearded needle is moved forward and backward.
When work, the rotation of First Line mouth 390 and the second line mouth 391 by corresponding synchronous belt roller driving mechanism 37 into
Row rotation；Line mouth is moved forward and backward component 360 for driving First Line mouth and the second line mouth to be moved forward and backward.
Wherein, it includes two link blocks 351 being connected with the second vertical shaft 36 that line mouth, which is moved forward and backward component 360, above-mentioned
Link block 351 longitudinally rotates block 352 equipped with what can be longitudinally rotated；In the front end for longitudinally rotating block 352 and the first bearded needle
390/ second bearded needle 391 is flexibly connected.
When work, the second vertical shaft 36 is started turning, and drives link block 351 to be rotated, link block 351 drives longitudinal direction
Rotating block 352 is rotated, and longitudinally rotates block 352 and First Line mouth/second line mouth is driven to be moved forward and backward；And First Line
Mouth/second line mouth front is flexibly connected with intermediate mass, can guarantee the first bearded needle, the second bearded needle and First Line mouth 390 in this way
It can be run simultaneously with the second line mouth 391.
First bearded needle and the second bearded needle swing to be driven by the bearded needle component 330 that swings；First bearded needle and
The back-and-forth motion of two bearded needles is driven by back-and-forth motion component 350.
Wherein, the bearded needle component 330 that swings includes two spill spin blocks 331 being connected with the first vertical shaft, described
Spill spin block 331 is equipped with connecting rod 332, and the other end of connecting rod 332 is connected with swinging block 333, and swinging block 333 can swing
Setting in bearded needle bracket 38；Swinging block 333 drives the first bearded needle/second bearded needle to synchronize and swing.
When work, the rotation of the first vertical shaft 35 drives two spill spin blocks to synchronize rotation, and spill spin block passes through connecting rod
It drives swinging block to be swung in bearded needle bracket, and then the first bearded needle/second bearded needle in swinging block is driven to swing.
Wherein, it includes two rotatable idler wheels being spindle rotationally arranged in third shaft that bearded needle, which is moved forward and backward component 350,
361, skewed slot 362 is provided on the middle part circumferencial direction that can be rotated idler wheel 361；Slide post is equipped in the skewed slot 362
Block 363, the slide post block 363 are connected with intermediate mass 364, the other end of the intermediate mass 364 and the first bearded needle 390/ second
Bearded needle 391 is rotatably connected, and is connected by rotary shaft 365 with support 366 in the front end of the intermediate mass 364；Described first
The front of line mouth and the second line mouth is equipped with through linkage block 367, and above-mentioned linkage block 367 is rotatably connected with intermediate mass 364.
When work, third shaft is rotated via power mechanism driving, and the rotation of third shaft drives idler wheel to be rotated,
Idler wheel drives slide post block to be rotated on skewed slot in this way, lows on one side since skewed slot is high on one side, and then drive and slide post block
Connected intermediate mass is moved forward and backward, while the front end of intermediate mass is rotatably connected with support；It is last just to drive the first bearded needle and the
Two bearded needles carry out the movement of front and back.
By the rotation and back-and-forth motion of above-mentioned First Line mouth and the second line mouth, before the first bearded needle and the second bearded needle
It afterwards and moves left and right, realizes the operation for carrying out the double-deck wiring to the stator being located in index dial mechanism.
Embodiment as a further preference, power mechanism 4 include power motor 40, and the power motor 40 passes through synchronization
Band roll wheel assembly 41 drives the rotation of the first drive shaft 42；First drive shaft 42 respectively drives the second drive by long synchronous belt 43
Moving axis 44 and third drive shaft 45 rotate；Above-mentioned first drive shaft 42, the second drive shaft 44 and third drive shaft 45 are respectively used to
First rotating shaft 31, the second shaft 32 and third shaft 33 is driven to rotate；Here with the synchronous driving of power motor the
One drive shaft 42, the second drive shaft 44 and third drive shaft 45 are rotated, and transmission efficiency is high, are convenient for actual application.
As further specific embodiment, the end of a thread processing unit includes the end of a thread processing of two settings symmetrical above and below
Mechanism, the end of a thread processing mechanism includes that the boiling hot breaking mechanism 50 of line tail for being oppositely arranged on two sides and the end of a thread scald disconnected component 51, in the line
Head, which scalds, is equipped with line tail tensioning mechanism 52 above disconnected component.
It includes tungsten wire bracket 501 that the line tail, which scalds breaking mechanism 50, and tungsten wire mobile cylinder is equipped on the tungsten wire bracket 501
502, the front end of tungsten wire mobile cylinder 502 is equipped with tungsten wire head 503, and tungsten wire (not shown) is arranged on tungsten wire head 503.
The line tail tensioning mechanism 52 includes tensing bracket 520, is equipped with and is connected before setting in the tension bracket 520
Cylinder 521 and rear ejection cylinder 522 are ejected, is equipped with stay rod 523 in the front end that the sinciput goes out cylinder 521, stay rod 523
Front end is equipped with hook 524；520 front end of bracket that tenses is equipped with the casing 525 being set on stay rod 522, above-mentioned casing 525
It is connected with vacuum generator 526, for recycling scrap wire.
It includes scalding the end of a thread cylinder 510 that the end of a thread, which scalds disconnected component 51, is equipped with hooking block in the front end of boiling hot the end of a thread cylinder 510
511, hooking slot 512 is equipped in the front end of the hooking block 511；The lower end of the hooking block 511 is equipped with and perms 513, for hooking
The end of a thread is scalded when line block wins over lines and is broken.
When work, when line is wrapped on stator and goes forward side by side by First Line mouth, the second line mouth and the first bearded needle and the second bearded needle
After row knots；At this point, line tail tensioning mechanism 52 is started to work first, sinciput goes out cylinder 521 and releases corresponding hook 524, makes
It obtains hook to be located in requisition for the buttock line side being recovered, and then the end of a thread scalds disconnected component 51 and starts to work, boiling hot the end of a thread cylinder 510
Driving hooking block 511 stretches out forward, and the end of a thread is hooked, and when hooking block 511 returns in situ, one end of the end of a thread is permed 513
It scalds and breaks, the other end is hooked tightly in hooking block.
Then line tail tensioning mechanism 52 works on, and sinciput goes out 521 back shrinkage of cylinder, and hook 524 is connected to buttock line one
Back shrinkage is played, line tail is hooked into casing.
Then line tail scalds breaking mechanism 50 and starts to work, and drives tungsten wire to scald fine tail using tungsten wire mobile cylinder 502 and breaks, so
Ejection cylinder 522 retracts afterwards, then broken scrap wire will be scalded by tungsten wire toward recycling, and the vacuum generator by being connected with casing will
Scrap wire absorbs；To complete the ending operation of last the end of a thread.
Wherein, idler wheel 361 is connected by two and half circle rollers and is constituted；The idler wheel 361 is arranged by ball bearing 800 in axis
It holds outside seat 801；Third shaft 33 is arranged in bearing block 801；The circumferencial direction of 801 inner wall of bearing block is equipped with multiple row semi-round ball
Slot group is made of multiple semicircle ball grooves 802 arranged in a straight line in semicircle ball groove group, above the circumference of third shaft 33 on be equipped with
Half-arc groove 803 corresponding with multiple row semicircle ball groove group constitutes appearance between above-mentioned half-arc groove 803 and semicircle ball groove 802
Receive the accommodating chambers of multiple ball (not shown)s, the third shaft 33 is connected with bearing block 801 by ball；Such third
Shaft is just slidably connected by ball with bearing block, between the two gapless, will not generate shaking.
The double of the utility model tie up machine, can knot, not will cause so subsequent automatically after the completion of to stator wiring
Loose wire, to providing convenience in practical operation.
Double wire binding machines of the utility model, overall structure is simple, easy to operate, can be automatically performed double wirings to stator
The transmission efficiency of operation, whole process is high, compact-sized, greatly improves the wiring efficiency of stator, reduces recruitment number, mention
Production cost is reduced while having risen production efficiency, is conducive to the competitiveness for improving enterprise.
The above is only the specific application examples of the utility model, do not constitute any limit to the protection scope of the utility model
System.Any technical scheme formed by adopting equivalent transformation or equivalent replacement, all fall within the utility model rights protection scope it
It is interior.
Claims (9)
1. a kind of double wire binding machines, which is characterized in that including what is be arranged on the rack:
Wire inlet mechanism needs in the position of wiring for line to be sent to stator；
Initial line mechanism, for line to be hooked into the initial position of stator wiring；
Line mouth and crochet hook synchronous drive mechanism, for driving First Line mouth and the back-and-forth motion of the second line mouth and rotation and the first hook
The left and right and back-and-forth motion of needle and the second bearded needle；
Power mechanism is used to provide power to line mouth and crochet hook synchronous drive mechanism；
The end of a thread processing unit is handled for synchronizing to two the end of a thread；
Disc mechanism is indexed, for loading stator, and stator is driven to rotate.
2. double wire binding machines according to claim 1, it is characterised in that: the initial line mechanism includes lifting cylinder, described
The bottom of lifting cylinder is equipped with transverse cylinder, is equipped with initial line bearded needle in the front end of the transverse cylinder.
3. double wire binding machines according to claim 1, it is characterised in that: the line mouth and crochet hook synchronous drive mechanism include branch
Support is equipped with rotatable first rotating shaft, the second shaft and third shaft on support frame as described above；First rotating shaft and second turn
Axis respectively drives the first vertical shaft by oscillating arm mechanisms and the second vertical shaft rotates；
The top of support frame as described above is equipped with rotatably to be oppositely arranged up and down by two corresponding synchronous belt roller driving mechanisms
First Line mouth and the second line mouth；The top of above-mentioned First Line mouth and the second line mouth be respectively arranged below with the first bearded needle connecting rod and
Second bearded needle connecting rod is respectively equipped with the first bearded needle and the second bearded needle in the front end of the first bearded needle connecting rod and the second bearded needle connecting rod；Institute
State that the upper and lower part of the first vertical shaft swings the first bearded needle of Component driver by bearded needle and the second bearded needle swings；
Line mouth on second vertical shaft for driving First Line mouth and the second line mouth to be moved forward and backward is moved forward and backward component；
The bearded needle that the third shaft is equipped with for driving the first bearded needle and the second bearded needle to be moved forward and backward is moved forward and backward component.
4. double wire binding machines according to claim 3, it is characterised in that: the bearded needle swing component include with it is first vertical
Two connected spill spin blocks of formula shaft, are equipped with connecting rod on the spill spin block, and the other end of connecting rod is connected with swinging block；On
Setting that swinging block can swing is stated in bearded needle bracket；Swinging block driving the first bearded needle/second bearded needle is synchronized and is controlled
Swing.
5. double wire binding machines according to claim 4, it is characterised in that: it includes rotatable that the line mouth, which is moved forward and backward component,
The rotatable idler wheel of two be arranged in third shaft, is provided with skewed slot on the middle part circumferencial direction that can be rotated idler wheel；?
Slide post block is equipped in the skewed slot, the slide post block is connected with intermediate mass, the other end of the intermediate mass and the first bearded needle/
Second bearded needle is rotatably connected, and is connected by rotary shaft with support in the front end of the intermediate mass；In the First Line mouth and
The front of two wires mouth is equipped with through linkage block, and above-mentioned linkage block is rotatably connected with intermediate mass.
6. double wire binding machines according to claim 5, it is characterised in that: the idler wheel is connected by two and half circle rollers to be constituted；
The idler wheel is arranged outside bearing block by ball bearing；Third shaft is arranged in bearing block；In the circumference of bearing block inner wall
Direction is equipped with multiple row semicircle ball groove group, is made of in semicircle ball groove group multiple semicircle ball grooves arranged in a straight line, in third shaft
Circumference above be equipped with half-arc groove corresponding with multiple row semicircle ball groove group, structure between above-mentioned half-arc groove and semicircle ball groove
At the accommodating chamber of the multiple balls of receiving, the third shaft is connected with bearing block by ball.
7. double wire binding machines according to claim 5, it is characterised in that: it includes standing with second that the bearded needle, which is moved forward and backward component,
Two connected link blocks of formula shaft, above-mentioned link block longitudinally rotate block equipped with what can be longitudinally rotated；It is longitudinally rotated described
The front end of block is flexibly connected with the first bearded needle/second bearded needle.
8. double wire binding machines according to claim 7, it is characterised in that: the power mechanism includes power motor, described dynamic
Force motor drives the first drive shaft turns by synchronous belt roll wheel assembly；First drive shaft is respectively driven by long synchronous belt
Second drive shaft and third drive shaft turns；Above-mentioned first drive shaft, the second drive shaft and third drive shaft are respectively used to drive
First rotating shaft, the second shaft and the rotation of third shaft.
9. double wire binding machines according to claim 1, it is characterised in that: the end of a thread processing unit includes two symmetrical above and below
The end of a thread processing mechanism of setting, the end of a thread processing mechanism include that the boiling hot breaking mechanism of line tail for being oppositely arranged on two sides and the end of a thread scald disconnected group
Part scalds in described the end of a thread and is equipped with line tail tensioning mechanism above disconnected component；
The line tail tensioning mechanism includes tension bracket, and the sinciput that the setting that is connected is equipped in the tension bracket goes out cylinder with after
Cylinder is ejected, is equipped with stay rod in the front end that the sinciput goes out cylinder, the front end of stay rod is equipped with hook；Before the tension bracket
End is equipped with the casing being set on stay rod, and above-mentioned casing is connected with vacuum generator, for recycling scrap wire；
It includes scalding the end of a thread cylinder that the end of a thread, which scalds disconnected component, hooking block is equipped in the front end of boiling hot the end of a thread cylinder, in the hooking block
Front end be equipped with hooking slot；The lower end of the hooking block is equipped with and perms, and scalds the end of a thread when winning over lines for hooking block and breaks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822267089.4U CN209448630U (en) | 2018-12-29 | 2018-12-29 | A kind of double wire binding machines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822267089.4U CN209448630U (en) | 2018-12-29 | 2018-12-29 | A kind of double wire binding machines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209448630U true CN209448630U (en) | 2019-09-27 |
Family
ID=68015840
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822267089.4U Expired - Fee Related CN209448630U (en) | 2018-12-29 | 2018-12-29 | A kind of double wire binding machines |
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| Country | Link |
|---|---|
| CN (1) | CN209448630U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112186988A (en) * | 2020-09-14 | 2021-01-05 | 江苏本格自动化科技有限公司 | New energy vehicle drive motor stator high-speed production line |
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2018
- 2018-12-29 CN CN201822267089.4U patent/CN209448630U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112186988A (en) * | 2020-09-14 | 2021-01-05 | 江苏本格自动化科技有限公司 | New energy vehicle drive motor stator high-speed production line |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20190927 Termination date: 20211229 |