CN205861956U - A kind of double plate cooking-pot type yarn bundler - Google Patents
A kind of double plate cooking-pot type yarn bundler Download PDFInfo
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- CN205861956U CN205861956U CN201620724042.4U CN201620724042U CN205861956U CN 205861956 U CN205861956 U CN 205861956U CN 201620724042 U CN201620724042 U CN 201620724042U CN 205861956 U CN205861956 U CN 205861956U
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Abstract
The utility model discloses a kind of double plate cooking-pot type yarn bundler, including frame, it is horizontally mounted a front hollow spindle by bearing on clutch shaft bearing seat, the inside of front hollow spindle yarn group hollow axle in the past passes, front guide pot covers the rear end of front yarn group hollow axle, multiple front guide eyelit is had on front guide pot, hollow spindle after being horizontally mounted one by bearing on 3rd bearing block, it is horizontally mounted a rear yarn group hollow axle by bearing in 5th bearing block, rear hollow spindle passes from the inside of rear yarn group hollow axle, rear guide pot covers the rear end of rear yarn group hollow axle, multiple rear guide eyelit is had on rear guide pot.This utility model has the advantages such as optical fiber processing is effective, efficiency is high, noise is little.
Description
Technical field
This utility model relates to the production and processing field of optical fiber, specifically a kind of double plate cooking-pot type yarn bundler.
Background technology
It is optical fiber critical process of SZ twisted synthesizing cable after secondary coating that double plate pricks yarn, not only directly affects optical cable core SZ
The quality of twisted synthesizing cable, and directly determine cable-former line speed, if double plate pricks existing defects during yarn, the most directly
Connect and affect optical cable stranding quality and speed, but also be likely to result in scrapping of optical cable.
At present, main employing double plate bundling machine carries out double plate and pricks yarn, and existing double plate bundling machine is mainly by putting yarn unit, leading
Yarn unit and bundle yarn unit composition, the yarn-placing shaft of the most existing double plate yarn bundler is propped up mutually by bearing with pricking yarn core axle
Support, owing to bearing frictional force in the case of high-revolving is very big, is difficult to control, if putting so putting yarn tension under high speed conditions
Yarn tension is big, and the beam tube meeting stress in stranded optical cable, the fibre loss in beam tube in optical cable is big, if putting yarn tension
Little, beam tube stranded parcel pine, have bending at beam tube after sheath, the fibre loss in beam tube is also big, thus causes bundle yarn
The defect of weak effect, the most existing double plate yarn bundler uses Flight Vehicle Structure guide, owing to aircraft only has mutually symmetrical with
Two panels aluminium make flabellum, and directly be threadedly attached in bundle yarn core axle on, this structure not only equilibrium problem without
Method solves, and under high speed conditions, just as fan, vibration is very big, thus produces the biggest noise problem.
Summary of the invention
The purpose of this utility model in order to solve waste of manpower of the prior art and muscle power, optical cable production efficiency low
Defect, it is provided that a kind of double plate cooking-pot type yarn bundler solves the problems referred to above.
To achieve these goals, the technical solution of the utility model is as follows: the utility model discloses a kind of double plate pot
Formula yarn bundler, including frame, the fixed clutch shaft bearing seat in front end of described frame, described clutch shaft bearing seat passes through
Bearing is horizontally mounted a front hollow spindle, fixed first motor in front end of described frame, and the first described motor leads to
Cross Timing Belt to be connected with front hollow spindle with synchronous pulley, fixed second bearing block in described frame, described
Being horizontally mounted a front yarn group hollow axle by bearing in two bearing bracket, the interior of hollow axle rolled into a ball by described front hollow spindle yarn in the past
Portion passes, the axis of the axis of described front hollow spindle and front yarn group hollow axle on same straight line, described before
The outer circumference surface of hollow spindle does not contacts with the inner peripheral surface of front yarn group hollow axle, fixed one second electricity in described frame
Machine, the second described motor is connected with front yarn group hollow axle by Timing Belt and synchronous pulley, the second described bearing block
Installing a front guide pot by bearing on outer surface, described front guide pot covers the rear end of front yarn group hollow axle, described
Having multiple front guide eyelit on front guide pot, fixed 3rd motor in described frame, the 3rd described motor is by same
Step band is connected with front guide pot with synchronous pulley, and the fixed guide rail of rear horizontal of described frame, on described guide rail
Being provided with slide block, in described frame, a fixed pushing motor, described frame is horizontally mounted a screw mandrel by bearing,
The output shaft of described pushing motor is connected with the front end of screw mandrel, and the mode that described screw mandrel is threaded connection is vertically-mounted
One catch bar, the upper end of described catch bar is connected with slide block, fixed 3rd bearing on the upper surface of described slide block
Seat, hollow spindle after the 3rd described bearing block is horizontally mounted by bearing, described rear hollow spindle is front hollow
The dead astern of main shaft, the axis of described rear hollow spindle and the axis of front hollow spindle are on same axis, described
The front end of rear hollow spindle be cased with a yarn storage hollow axle, described yarn storage hollow axle is connected with rear hollow spindle, described
A yarn storage bucket it is cased with, fixed 4th bearing block, described the 4th on the upper surface of described slide block on yarn storage hollow axle
It is horizontally mounted a gap bridge belt shaft by bearing on bearing block, fixed 4th motor on the upper surface of described slide block,
The 4th described motor is connected with gap bridge belt shaft with synchronous pulley by Timing Belt, and described gap bridge belt shaft is by synchronizing
Band is connected with rear hollow spindle with synchronous pulley, and on the upper surface of described slide block, fixed 5th bearing block, described
Being horizontally mounted a rear yarn group hollow axle by bearing in 5th bearing block, described rear hollow spindle is from rear yarn group hollow axle
Inside passes, and the axis of the axis of described rear hollow spindle and rear yarn group hollow axle is on same straight line, described
The inner peripheral surface of the outer circumference surface of rear hollow spindle and rear yarn group hollow axle does not contacts, on described slide block fixed one the 5th
Motor, the 5th described motor is connected with rear yarn group hollow axle by Timing Belt and synchronous pulley, the 5th described bearing block
Outer surface on by bearing, guide pot after is installed, described rear guide pot covers the rear end of rear yarn group hollow axle, described
Rear guide pot on have multiple rear guide eyelit, described gap bridge belt shaft is by Timing Belt and synchronous pulley and rear guide pot phase
Connecting, described rear guide pot is with front guide pot on the same axis.
As preferably, the shape of described front guide pot and the shape of rear guide pot are cylindrical.
As preferably, described front guide pot is identical with the size of rear guide pot.
As preferably, the outer circumference surface of described front guide pot and the outer circumference surface of rear guide pot are the most smooth.
This utility model has the advantage that compared to existing technology
1, pricking yarn position concentric co-axial, rotating speed is fast, pricks yarn efficiency high；
2, pricking yarn effective, the quality of the optical cable produced is high；
3, noise is little.
Accompanying drawing explanation
Fig. 1 is the profile of this utility model a kind of double plate cooking-pot type yarn bundler；
Fig. 2 is the plan structure schematic diagram of this utility model a kind of double plate cooking-pot type yarn bundler.
Wherein: 1-frame；2-clutch shaft bearing seat；Hollow spindle before 3-；4-the first motor；5-the second bearing block；Yarn before 6-
Group's hollow axle；7-the second motor；Guide pot before 8-；Guide eyelit before 9-；10-the 3rd motor；11-guide rail；12-slide block；13-promotes
Motor；14-screw mandrel；15-catch bar；16-the 3rd bearing block；Hollow spindle after 17-；18-yarn storage hollow axle；19-yarn storage bucket；
20-the 4th bearing block；21-gap bridge belt shaft；22-the 4th motor；23-the 5th bearing block；24-rear yarn group hollow axle；25-the 5th
Motor；Guide pot after 26-；Guide eyelit after 27-.
Detailed description of the invention
By making, architectural feature of the present utility model and effect of being reached are had a better understanding and awareness, in order to relatively
Good embodiment and accompanying drawing coordinate detailed description, are described as follows:
As shown in Figure 1-2, the utility model discloses a kind of double plate cooking-pot type yarn bundler, including frame 1, described frame
The fixed clutch shaft bearing seat 2 in front end of 1, described clutch shaft bearing seat 2 is horizontally mounted a front hollow spindle by bearing
3, fixed first motor 4 in front end of described frame 1, the first described motor 4 passes through Timing Belt and synchronous pulley with front
Hollow spindle 3 is connected, and in described frame 1, fixed second bearing block 5, passes through bearing in the second described bearing block 5
Being horizontally mounted front yarn group hollow axle 6, the inside of described front hollow spindle 3 yarn group hollow axle 6 in the past passes, described before
The axis of the axis of hollow spindle 3 and front yarn group hollow axle 6 is on same straight line, outside described front hollow spindle 3
Periphery does not contacts with the inner peripheral surface of front yarn group hollow axle 6, and in described frame 1, fixed second motor 7, described
Second motor 7 is rolled into a ball hollow axle 6 with synchronous pulley with front yarn by Timing Belt and is connected, the outer surface of the second described bearing block 5
On by bearing install a front guide pot 8, described front guide pot 8 cover front yarn group hollow axle 6 rear end, described is leading
Having multiple front guide eyelit 9 on yarn pot 8, fixed 3rd motor 10 in described frame 1, the 3rd described motor 10 passes through
Timing Belt is connected with front guide pot 8 with synchronous pulley, the fixed guide rail 11 of rear horizontal of described frame 1, described
Being provided with slide block 12 on guide rail 11, a fixed pushing motor 13 in described frame 1, by bearing water in described frame 1
Safety fills a screw mandrel 14, and the output shaft of described pushing motor 13 is connected with the front end of screw mandrel 14, logical on described screw mandrel 14
Crossing the vertically-mounted catch bar 15 of threaded mode, the upper end of described catch bar 15 is connected with slide block 12, described
On the upper surface of slide block 12, fixed 3rd bearing block 16, the 3rd described bearing block 16 is horizontally mounted one by bearing
Rear hollow spindle 17, described rear hollow spindle 17 in the dead astern of front hollow spindle 3, the axis of described rear hollow spindle 17
The axis of line and front hollow spindle 3 is on same axis, and the front end of described rear hollow spindle 17 is cased with a yarn storage sky
Mandrel 18, described yarn storage hollow axle 18 is connected with rear hollow spindle 17, described yarn storage hollow axle 18 is cased with a yarn storage
Bucket 19, on the upper surface of described slide block 12, fixed 4th bearing block 20, the 4th described bearing block 20 passes through bearing
It is horizontally mounted a gap bridge belt shaft 21, fixed 4th motor 22, described the 4th on the upper surface of described slide block 12
Motor 22 is connected with gap bridge belt shaft 21 with synchronous pulley by Timing Belt, described gap bridge belt shaft 21 by Timing Belt with
Synchronous pulley is connected with rear hollow spindle 17, and on the upper surface of described slide block 12, fixed 5th bearing block 23, described
The 5th bearing block 23 in be horizontally mounted a rear yarn by bearing and roll into a ball hollow axle 24, described rear hollow spindle 17 is from rear yarn group
The inside of hollow axle 24 passes, and the axis of described rear hollow spindle 17 and rear yarn roll into a ball the axis of hollow axle 24 at same
On straight line, the outer circumference surface of described rear hollow spindle 17 does not contacts with the inner peripheral surface of rear yarn group hollow axle 24, described
Fixed 5th motor 25 on slide block 12, the 5th described motor 25 rolls into a ball hollow axle by Timing Belt and synchronous pulley with rear yarn
24 are connected, guide pot 26 after the outer surface of the 5th described bearing block 23 installs by bearing, described rear guide
Pot 26 covers the rear end of rear yarn group hollow axle 24, and described rear guide pot 26 has multiple rear guide eyelit 27, described gap bridge
Belt shaft 21 is connected with rear guide pot 26 with synchronous pulley by Timing Belt, and described rear guide pot 26 exists with front guide pot 8
On same axis.
As preferably, the shape of described front guide pot 8 and the shape of rear guide pot 26 are cylindrical.
As preferably, described front guide pot 8 is identical with the size of rear guide pot 26.
As preferably, the outer circumference surface of described front guide pot 8 and the outer circumference surface of rear guide pot 26 are the most smooth.
This utility model is implemented: the yarn group in front is enclosed within the rear end of front yarn group hollow axle 6 by processing staff,
The front guide eyelit 9 on yarn premenstrual guide pot 8 in this yarn group is guided between front hollow spindle 3 and rear hollow spindle 17, then
The yarn group at rear is enclosed within rear yarn group hollow axle 24 rear end on, then by this yarn roll into a ball on yarn from rear guide pot 26 after lead
Yarn hole 27 is after the rear end of rear hollow spindle 17 is introduced in hollow spindle 17, the most further by this yarn from rear hollow spindle 17
Front end stretch out, and yarn and the yarn rolled into a ball of rear yarn rolled into a ball by front yarn are tied, and processing staff is by strengthening core and light
Behind the inside of the fine beam tube premenstrual hollow spindle in front end 3 of hollow spindle 3 in the past, the rear end of hollow spindle 3 exports in the past, the second electricity
Machine the 7, the 3rd motor the 10, the 4th motor the 22, the 5th motor 25 and the first motor 4 start simultaneously, the first motor 4 by Timing Belt and
Before synchronous pulley drives, hollow spindle 3 carries out rotating and reverse turning of fast reciprocating rotation, the second motor 7 and the 3rd motor 10
Dynamic direction is identical, and speed is variant, and the 4th motor 22 is identical with the rotation direction of the 5th motor 25, and speed is variant, and second
The rotation direction of motor 7 and the 4th motor 22 is contrary, and the first motor 4 drives front hollow spindle 3 by Timing Belt and synchronous pulley
Rotating, the first motor 4 is by driving the reciprocating rotation rotated and reverse of hollow spindle 3, thus is added with center by optical fiber bundle tubes
Positive and negative centered by strong core twist together, the most stranded after optical fiber bundle tubes through after hollow spindle 17 front end entrance after hollow
In main shaft 17, the most stranded after optical fiber bundle tubes export from the rear end of rear hollow spindle 17, the second motor 7 by Timing Belt and
Before synchronous pulley drives, yarn group hollow axle 6 carries out unwrapping wire, and then the 3rd motor 10 drives leading by Timing Belt and synchronous pulley
Yarn pot 8 carries out guide, and in like manner the 5th motor 25 drives hollow axle 24 rotation of rear yarn group to put by Timing Belt and synchronous pulley
Line, the 4th motor 22 drives gap bridge belt shaft 21 to rotate by Timing Belt and synchronous pulley, and gap bridge belt shaft 21 can be by synchronizing
After band and synchronous pulley drive, guide pot 26 carries out guide, the rotation direction of rear guide pot 26 and rear hollow spindle 17 rotation direction
Identical, the rotation direction of rear guide pot 26 and the rotation direction of front guide pot 8 are contrary, so during rotating, are stranded in
Beam tube together deliver into after by forward direction after in hollow spindle 17 during, it is achieved thereby that the bundle that strand is together
Pipe carries out pricking with one heart the purpose of yarn with some double end, is wherein carried out power drive, front yarn group due to front hollow axle 3 by the first motor 4
Hollow axle 6 is carried out power drive by the second motor 7, and front guide pot 8 is carried out power drive by the 3rd motor 10, such three parts
Power is separate, non-interference, and therefore processing staff can control payingoff speed by the second motor 7 is independent, so processes
Personnel i.e. can realize preferably controlling yarn to optical fiber bundle tubes degree of tightening, and effectively avoids and can not control degree of tightening and make
The defect becoming yarn to strangle bad optical fiber bundle tubes and to cause optical fiber bundle tubes loss even to scrap greatly, therefore optical fiber bundle tubes pricks yarn effect
Good, and processing staff can effectively control the rotation of front guide pot 8 by the 3rd motor 10, so can control yarn and prick
The spacing in the gap on optical fiber bundle tubes, the raising of the most beneficially binding effect, in like manner the 4th motor 22 is for rear sky
Heart main shaft 17 and rear guide pot 26 provide power, and the 5th motor 25 provides power for rolling into a ball hollow axle 24 to rear yarn, therefore power
Being divided into two independent parts, yarn group hollow axle 24 puts the speed of yarn will not be affected by rear hollow spindle 17, the most permissible
The independent degree of tightening pricking yarn to the optical fiber bundle tubes after stranded, the most beneficially optical cable of controlling pricks the raising of yarn effect, and
Owing to front hollow spindle 3 and rear hollow spindle 17 are on same straight line, front guide pot 8 and rear guide pot 26 are at same straight line
On, the most stranded is concentric co-axial formula with binding process, and therefore stability is higher, is beneficial to improve rotating speed, pricks the efficiency of yarn also
Just improve, be cylinder, and the cylindrical of front guide pot 8 additionally, due to the shape of front guide pot 8 and the shape of rear guide pot 26
The outer circumference surface of side face and rear guide pot 26 is the most smooth, and therefore during pricking yarn, front guide pot 8 and rear guide pot 26 are more
Stable, run more steady, vibrate little, noise is also substantially reduced, and additionally resistance is little, and running speed is also increased by, and is beneficial to prick
The raising of yarn efficiency, additionally before pricking yarn, people can start pushing motor 13, and pushing motor 13 drives screw mandrel 14 to rotate,
Under the effect of the rotation of screw mandrel 14, catch bar 15 is then moved rearwards by, and catch bar 15 then band movable slider 12 is moved rearwards by, so after
Yarn group's hollow axle 24 then then moves along with the rear shifting of slide block 12, and it is hollow that standby yarn group can be placed on yarn storage by such processing staff
On axle 18, then control pushing motor 13 and invert, until yarn storage hollow axle 18 carries out resetting, once front yarn group hollow axle 6
On yarn group make to be finished after, processing staff the yarn group on yarn storage hollow axle 18 is installed to front yarn group hollow axle 6 on, use compare
More convenient.
Of the present utility model ultimate principle, principal character and of the present utility model advantage have more than been shown and described.One's own profession
Skilled person will appreciate that of industry, this utility model is not restricted to the described embodiments, described in above-described embodiment and description
Simply principle of the present utility model, on the premise of without departing from this utility model spirit and scope, this utility model also has respectively
Planting changes and improvements, these changes and improvements both fall within the range of claimed this utility model.This utility model requirement
Protection domain defined by appending claims and equivalent thereof.
Claims (4)
1. a double plate cooking-pot type yarn bundler, including frame (1), the fixed clutch shaft bearing seat in front end of described frame (1)
(2), described clutch shaft bearing seat (2) is horizontally mounted a front hollow spindle (3) by bearing, before described frame (1)
Holding fixed first motor (4), described the first motor (4) is by Timing Belt and synchronous pulley and front hollow spindle (3) phase
Connect, it is characterised in that: upper fixed second bearing block (5) of described frame (1), logical in described the second bearing block (5)
Cross bearing and be horizontally mounted front yarn group's hollow axle (6), the inside of described front hollow spindle (3) yarn in the past group's hollow axle (6)
Passing, the axis of the axis of described front hollow spindle (3) and front yarn group's hollow axle (6) is on same straight line, described
The inner peripheral surface of outer circumference surface and front yarn group's hollow axle (6) of front hollow spindle (3) do not contact, in described frame (1)
Fixed second motor (7), described the second motor (7) rolls into a ball hollow axle (6) phase by Timing Belt and synchronous pulley with front yarn
Connect, the outer surface of described the second bearing block (5) installs a front guide pot (8), described front guide pot by bearing
(8) cover the rear end of front yarn group's hollow axle (6), described front guide pot (8) has multiple front guide eyelit (9), described machine
Upper fixed 3rd motor (10) of frame (1), the 3rd described motor (10) is by Timing Belt and synchronous pulley and front guide pot
(8) it is connected, the fixed guide rail (11) of rear horizontal of described frame (1), described guide rail (11) is provided with slide block
(12), the upper fixed pushing motor (13) of described frame (1), described frame (1) is horizontally mounted one by bearing
Screw mandrel (14), the output shaft of described pushing motor (13) is connected with the front end of screw mandrel (14), described screw mandrel (14) passes through
The vertically-mounted catch bar (15) of threaded mode, the upper end of described catch bar (15) is connected with slide block (12), institute
Fixed 3rd bearing block (16) on the upper surface of the slide block (12) stated, by bearing water on the 3rd described bearing block (16)
Safety fill one after hollow spindle (17), described rear hollow spindle (17) in the dead astern of front hollow spindle (3), described after
The axis of the axis of hollow spindle (17) and front hollow spindle (3) on same axis, described rear hollow spindle
(17) front end is cased with a yarn storage hollow axle (18), and described yarn storage hollow axle (18) is connected with rear hollow spindle (17), institute
A yarn storage bucket (19) it is cased with, fixed 4th axle on the upper surface of described slide block (12) on the yarn storage hollow axle (18) stated
Bearing (20), the 4th described bearing block (20) is horizontally mounted a gap bridge belt shaft (21), described slide block by bearing
(12) fixed 4th motor (22) on upper surface, the 4th described motor (22) is by Timing Belt and synchronous pulley and mistake
Bridge belt shaft (21) is connected, and described gap bridge belt shaft (21) is by Timing Belt and synchronous pulley and rear hollow spindle (17) phase
Connect, fixed 5th bearing block (23) on the upper surface of described slide block (12), logical in the 5th described bearing block (23)
Crossing bearing and be horizontally mounted rear yarn group's hollow axle (24), described rear hollow spindle (17) is interior from rear yarn group's hollow axle (24)
Portion passes, the axis of the axis of described rear hollow spindle (17) and rear yarn group's hollow axle (24) on same straight line,
The outer circumference surface of described rear hollow spindle (17) does not contacts with the inner peripheral surface of rear yarn group's hollow axle (24), described slide block
(12) upper fixed 5th motor (25), the 5th described motor (25) is hollow with rear yarn group by Timing Belt and synchronous pulley
Axle (24) is connected, guide pot (26) after the outer surface of the 5th described bearing block (23) installs by bearing, described
Rear guide pot (26) cover rear yarn group hollow axle (24) rear end, described rear guide pot (26) has multiple rear guide eyelit
(27), described gap bridge belt shaft (21) is connected with rear guide pot (26) with synchronous pulley by Timing Belt, described after lead
Yarn pot (26) is with front guide pot (8) on the same axis.
A kind of double plate cooking-pot type yarn bundler the most according to claim 1, it is characterised in that: described front guide pot (8)
The shape of shape and rear guide pot (26) is cylindrical.
A kind of double plate cooking-pot type yarn bundler the most according to claim 1 and 2, it is characterised in that: described front guide pot (8)
Identical with the size of rear guide pot (26).
A kind of double plate cooking-pot type yarn bundler the most according to claim 1 and 2, it is characterised in that: described front guide pot (8)
Outer circumference surface and the outer circumference surface of rear guide pot (26) the most smooth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620724042.4U CN205861956U (en) | 2016-07-11 | 2016-07-11 | A kind of double plate cooking-pot type yarn bundler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620724042.4U CN205861956U (en) | 2016-07-11 | 2016-07-11 | A kind of double plate cooking-pot type yarn bundler |
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| Publication Number | Publication Date |
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| CN205861956U true CN205861956U (en) | 2017-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620724042.4U Active CN205861956U (en) | 2016-07-11 | 2016-07-11 | A kind of double plate cooking-pot type yarn bundler |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107219601A (en) * | 2017-07-31 | 2017-09-29 | 长飞光纤光缆股份有限公司 | A kind of stranded bundling machines of high speed optical cable SZ with low upset number |
| CN107272128A (en) * | 2017-07-31 | 2017-10-20 | 长飞光纤光缆股份有限公司 | A kind of high speed optical cable stranding with free-standing shuttle pricks yarn stranding machine |
| CN109738999A (en) * | 2019-02-15 | 2019-05-10 | 江苏俊知光电通信有限公司 | A kind of outdoor optical cable automatic bundling machine of accurate pitch control |
-
2016
- 2016-07-11 CN CN201620724042.4U patent/CN205861956U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107219601A (en) * | 2017-07-31 | 2017-09-29 | 长飞光纤光缆股份有限公司 | A kind of stranded bundling machines of high speed optical cable SZ with low upset number |
| CN107272128A (en) * | 2017-07-31 | 2017-10-20 | 长飞光纤光缆股份有限公司 | A kind of high speed optical cable stranding with free-standing shuttle pricks yarn stranding machine |
| CN107219601B (en) * | 2017-07-31 | 2020-05-05 | 长飞光纤光缆股份有限公司 | High-speed optical cable SZ stranding and yarn binding machine with low turnover number |
| CN109738999A (en) * | 2019-02-15 | 2019-05-10 | 江苏俊知光电通信有限公司 | A kind of outdoor optical cable automatic bundling machine of accurate pitch control |
| CN109738999B (en) * | 2019-02-15 | 2024-03-22 | 江苏俊知光电通信有限公司 | Automatic yarn machine of pricking of accurate pitch control for outdoor optical cable |
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