CN204474064U - A kind of Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making - Google Patents
A kind of Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making Download PDFInfo
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- CN204474064U CN204474064U CN201420852219.XU CN201420852219U CN204474064U CN 204474064 U CN204474064 U CN 204474064U CN 201420852219 U CN201420852219 U CN 201420852219U CN 204474064 U CN204474064 U CN 204474064U
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Abstract
The utility model provides a kind of Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making, and belongs to civil engineering safety monitoring field.The feature of the adjustable motor speed of application frequency converter, realizes the making of different-diameter fiber optic coils.Application length-testing wheel realizes the linear measure to winding optical fiber, applies fiber tensioner simultaneously and makes the optical fiber moment keep tensioning state.The utility model makes for minor diameter, large diameter fiber optic coils.For the making of small diameter fiber coil, the mode be fixed on transmission shaft by test specimen is adopted to carry out light Optical Fiber Winding.For the making of large-diameter fibre-optical coil, the mode be placed on by test specimen on two axles placed side by side is adopted to carry out Optical Fiber Winding.Also apply optical fiber length-testing wheel and realize winding optical fiber measurement of length, apply fiber tensioner simultaneously and make the optical fiber moment be in the state of tensioning.Realize making quick, the special quality of fiber optic coils.
Description
Technical field
The utility model belongs to civil engineering safety monitoring field, relates to the machine of the Optical Fiber Winding that different-diameter fiber optic coils makes.
Background technology
Optical fiber is fibre-optic writing a Chinese character in simplified form, and is total reflection principle in a kind of fiber utilizing light to make at glass or plastics and the light conduction instrument reached.Optical fiber has a lot of excellent performance, and such as: the performance of electromagnetism interference and atomic radiation, footpath is thin, matter is soft, lightweight mechanical characteristics; Insulation, inductionless electric property; Water-fast, high temperature resistant, resistant to corrosion chemical nature etc., it can in the place of people's out of reach (as high-temperature zone), or the area be pernicious to people (as nuclear radiation district), play the effect of the knowledge of people, and the physiological limits of people can also be surmounted, the sense organ of recipient experience less than external information.
In field of civil engineering, optical-fiber intelligent health monitor method is a kind of new mode detected the health status of building or structures.No matter that health monitoring or the intelligence structure of structure controls, the real-time measurement of structure current state is all absolutely necessary a crucial ring, optical fiber transducer has the advantages such as electromagnetism interference, high sensitivity, deflection laying, therefore becomes the optimal selection forming sensor-based system.The basic functional principle of optical fiber transducer is that the light from light source is sent into modulator through optical fiber, after parameter to be measured and the light entering modulator zone are interacted, the optical property of light (intensity, wavelength, frequency, phase place, polarization state etc. as light) is caused to change, be called modulated flashlight, optical detector is sent into again through optical fiber, after demodulation, obtain measured parameter.
But due to the special substance of optical fiber, the making of current fiber optic coils adopts the method for false twist more.Obviously, the method for false twist has following shortcoming: 1) consuming time longer, efficiency is low; 2) in winding process, optical fiber is very easily disconnected, causes that all that has been achieved is spoiled; 3) can not ensure that predispersed fiber stretching force is even; 4) adjacent windings close contact can not be ensured; 5) false twist is repeatable poor, makes monitoring result unstable; 6) can not batch operation.
For the problems referred to above, in order to realize the high quality of different-diameter fiber optic coils, high efficiency making, the utility model proposes a kind of Optical Fiber Winding machine, realizing the making to different-diameter fiber optic coils.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making.Apply the frequency converter be connected with motor and realize the switch of machine and the control of rotating speed.Apply one end drive belt to be connected with motor, in separated for fixing test specimen, the other end to be placed on guide rail adjustable middle ware apart to adapt on the axle of piece lengths, realizes the making of small diameter fiber coil.The axle of application two parallel placements, wherein an axle is fixed, and is connected with motor with belt, and bearing is all established in another root axle two ends, can freely rotate, and the distance between adjustable diaxon is to adapt to the test specimen of different-diameter, realizes the making of large-diameter fibre-optical coil.Applying a girth is the length-testing wheel of 10cm, when optical fiber through time, drive length-testing wheel to rotate, realize winding optical fiber measurement of length.Apply the tension wheel that there is spring-loaded a lower end, utilize spring, make the optical fiber moment be in tensioning state.Utilize the resistance of machine self to make predispersed fiber stretching force even, thus quick, the high quality that realize different-diameter fiber optic coils make simultaneously.
The technical solution of the utility model is:
Be applicable to the Optical Fiber Winding machine that different-diameter fiber optic coils makes, comprise power load module, small diameter fiber coil makes module, large-diameter fibre-optical coil makes module, optical fiber and survey long module and optical fiber Tension module.
Power load module comprises motor and coupled frequency converter.With two belt pulleys on motor, the diameter 10-12cm of a power wheel, makes for small diameter fiber coil; The diameter of another power wheel is 8-10cm, makes for large-diameter fibre-optical coil.
Small diameter fiber coil makes module and comprises small diameter fiber coil winding driving system, optical fiber length-testing wheel, fiber tensioner and roll of optical fiber anchor fitting.Small diameter fiber coil winding driving system comprise take turns by belt and motor-driven small diameter fiber coil winding axle drive end that the small diameter fiber coil be connected makes driving wheel, rotates with driving wheel, small diameter fiber coil makes driven end and small diameter fiber coil makes driven end guide rail.
In small diameter fiber coil winding driving system, the diameter of driving wheel is 5-6cm, and drive end is provided with the three-jaw chuck for fixing minor diameter test specimen.Small diameter fiber coil makes driven end and comprises the making of small diameter fiber coil driven shaft, driven end bearing and driven end guide rail.Driven shaft one end is regulated with the distance of drive end by bolt and is fixed on driven end bearing, and the other end is provided with the three-jaw chuck for fixing minor diameter test specimen, and three-jaw chuck is connected with bearing.The long 50-60cm of driven end guide rail, driven end bearing can move along driven end guide rail, fixes after arriving desired location with bolt.Optical fiber length-testing wheel girth is 10cm, and its two ends optical fiber angle is less than 90 °, is fixed on base.The lower end spring-loaded of fiber tensioner, its diameter is 5-6cm, has protecting sleeve outside spring.The vertex of fiber tensioner is higher than roll of optical fiber, and two ends optical fiber angle is less than 180 °.Roll of optical fiber anchor fitting is used for fixed fiber volume, when roll of optical fiber is placed, optical fiber is taken off from the top of roll of optical fiber.
Large-diameter fibre-optical makes module and comprises large-diameter fibre-optical coil winding driving system, optical fiber length-testing wheel, fiber tensioner and roll of optical fiber anchor fitting.Large-diameter fibre-optical coil winding driving system comprises to take turns by belt and motor-driven that the large-diameter fibre-optical coil be connected makes driving wheel, large-diameter fibre-optical coil makes imput shaft, large-diameter fibre-optical coil makes driven shaft and large-diameter fibre-optical coil makes driven shaft guide rail.The diameter that large-diameter fibre-optical coil makes driving wheel is 8-10cm.Large-diameter fibre-optical coil makes imput shaft placement parallel with driven shaft; Imput shaft one end is rotated with driving wheel, other end bearing is fixed on bearing, large-diameter fibre-optical coil makes driven shaft two ends and is all fixed on driven end bearing with bearing, driven end bearing can move along driven shaft guide rail, fix with bolt after arriving desired location, the long 30-40cm of driven shaft guide rail.Optical fiber length-testing wheel, fiber tensioner and roll of optical fiber anchor fitting when large-diameter fibre-optical coil makes and small diameter fiber coil make and share.
In order to not damage optical fiber when coil makes and be wound test specimen; and ensure there are enough friction force between optical fiber and each runner; fiber tensioner, optical fiber length-testing wheel, three-jaw chuck, large-diameter fibre-optical coil make imput shaft and driven shaft all covers rubber cover, and optical fiber length-testing wheel girth 10cm is the size after having covered rubber cover.
During use, the optical fiber in roll of optical fiber through fiber tensioner, optical fiber length-testing wheel, is then wound on test specimen successively.For the purpose of safety, if make small diameter fiber coil, can by under the belt unloading on large-diameter fibre-optical coil power wheel, can by under the belt unloading on small diameter fiber coil power wheel when making large-diameter fibre-optical coil.The utility model makes for the fiber optic coils of different-diameter.Fiber optic coils for small diameter makes, the utility model utilizes small diameter fiber coil to make module, is fixed on the machine by test specimen, carries out light winding, utilize fiber tensioner to make optical fiber tensioning, and it is long to utilize optical fiber length-testing wheel to carry out survey to winding optical fiber simultaneously.Make for larger-diameter fiber optic coils, the utility model utilizes large-diameter fibre-optical coil to make module, is placed in by test specimen on the axle of two parallel placements, carries out the operation same with minor diameter coil, complete winding.
Accompanying drawing explanation
Fig. 1 is power load module schematic diagram.
Fig. 2 is the front view that small diameter fiber coil makes module.
Fig. 3 is the birds-eye view that large-diameter fibre-optical coil makes module.
Fig. 4 is that long module diagram surveyed by optical fiber.
Fig. 5 is optical fiber Tension module schematic diagram.
In figure: 1 motor; 2 motor power-supply wires; 3 frequency converters; 4 large-diameter fibre-optical coils make driving wheel;
5 small diameter fiber coils make driving wheel; 6 small diameter fiber coils make flower wheel; 7 bearings;
8 small diameter fiber coil winding axle drive ends; 9 minor diameter light are wound around driven end;
10 small diameter fiber coils make driven end guide rail; 11 minor diameter test piece fixing devices; 12 bearings;
13 large-diameter fibre-optical coils make flower wheel; 14 large-diameter fibre-optical coils make imput shaft bearing;
15 large-diameter fibre-optical coils make imput shaft; 16 large-diameter fibre-optical coils make driven shaft;
17 large-diameter fibre-optical coils make driven shaft guide rail; 18 optical fiber; 19 optical fiber length-testing wheels;
20 length-testing wheel bearings; 21 fiber tensioner; 22 tension wheels support; 23 springs; 24 protecting sleeves;
25 roll of optical fiber; 26 roll of optical fiber bearings; 27 small diameter fiber coils make drive end bearing;
28 small diameter fiber coils make driven end bearing; 29 large-diameter fibre-optical coils make driven shaft bearing.
Detailed description of the invention
Below in conjunction with accompanying drawing and technical scheme, further illustrate detailed description of the invention of the present utility model.
The composition structure being applicable to the Optical Fiber Winding machine that different-diameter fiber optic coils makes comprises: power load module (Fig. 1), small diameter fiber coil make module (Fig. 2), large fiber optic coils makes module (Fig. 3), optical fiber surveys long module (Fig. 4), optical fiber Tension module (Fig. 1).
For small diameter fiber coil, the utility model adopts small diameter fiber to make the winding of module realization to its fiber optic coils, first utilization hour adjusts the distance of test specimen bearing through fiber optic coils rotating shaft driven end, make it to adapt with piece lengths, fixing driven end after after adjusting, then minor diameter test specimen is fixed on Optical Fiber Winding axle, then the optical fiber in roll of optical fiber is passed tension wheel successively, length-testing wheel, then the top of fiber optic coils 502 glue are fixed on test specimen, again by the reading zero on optical fiber length-testing wheel, machine, carry out Optical Fiber Winding, as machine rotational speed need be adjusted or stop machine, then can control frequency conversion knob on frequency converter and switch has come, note making adjacent fiber coil to try one's best close contact simultaneously as far as possible, when the length of the display on optical fiber length-testing wheel is to predetermined Optical Fiber Winding length, closing machine, fiber optic coils end 502 glue are fixed, block optical fiber, take off test specimen, winding completes.
For large-diameter fibre-optical coil, the utility model adopts large-diameter fibre-optical to make module to the winding of its fiber optic coils, first the distance between driven shaft and imput shaft in large-diameter fibre-optical winding module is adjusted, make it to adapt with test specimen diameter, adjust rear fixing driven shaft, then test specimen is placed on diaxon, carries out making identical technique with small diameter fiber coil, complete winding.
Claims (1)
1. the Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making, it is characterized in that, Optical Fiber Winding machine comprises power load module, small diameter fiber coil makes module, large-diameter fibre-optical coil makes module, optical fiber and survey long module and optical fiber Tension module;
Power load module comprises motor and coupled frequency converter; Motor is provided with two power wheels, and the diameter for the power wheel of small diameter fiber coil making is 10-12cm and the diameter for the power wheel of large-diameter fibre-optical coil making is 8-10cm;
Small diameter fiber coil makes module and comprises small diameter fiber coil winding driving system, optical fiber length-testing wheel, fiber tensioner and roll of optical fiber anchor fitting; Small diameter fiber coil winding driving system comprise take turns by belt and motor-driven small diameter fiber coil winding axle drive end that the small diameter fiber coil be connected makes driving wheel, rotates with driving wheel, small diameter fiber coil makes driven end and small diameter fiber coil makes driven end guide rail; In small diameter fiber coil winding driving system, the diameter of driving wheel is 5-6cm, and drive end is provided with the three-jaw chuck for fixing minor diameter test specimen; Small diameter fiber coil makes driven end and comprises the making of small diameter fiber coil driven shaft, driven end bearing and driven end guide rail; Driven shaft is fixed on driven end bearing, and its one end regulates the distance with drive end by bolt, and the other end is provided with the three-jaw chuck for fixing minor diameter test specimen, and three-jaw chuck is connected with bearing; The long 50-60cm of driven end guide rail, driven end bearing moves along driven end guide rail, fixes after arriving desired location with bolt; Optical fiber length-testing wheel girth is 10cm, and its two ends optical fiber angle is less than 90 °, is fixed on base; The lower end spring-loaded of fiber tensioner, its diameter is 5-6cm, has protecting sleeve outside spring; The vertex of fiber tensioner is higher than roll of optical fiber, and two ends optical fiber angle is less than 180 °; Roll of optical fiber anchor fitting is used for fixed fiber volume, when roll of optical fiber is placed, optical fiber is taken off from the top of roll of optical fiber;
Large-diameter fibre-optical makes module and comprises large-diameter fibre-optical coil winding driving system, optical fiber length-testing wheel, fiber tensioner and roll of optical fiber anchor fitting; Large-diameter fibre-optical coil winding driving system comprises to take turns by belt and motor-driven that the large-diameter fibre-optical coil be connected makes driving wheel, large-diameter fibre-optical coil makes imput shaft, large-diameter fibre-optical coil makes driven shaft and large-diameter fibre-optical coil makes driven shaft guide rail; The diameter that large-diameter fibre-optical coil makes driving wheel is 8-10cm, and large-diameter fibre-optical coil makes imput shaft placement parallel with driven shaft; Imput shaft one end is rotated with driving wheel, other end bearing is fixed on bearing, and large-diameter fibre-optical coil makes driven shaft two ends and is all fixed on driven end bearing with bearing, and driven end bearing moves along driven shaft guide rail, fix with bolt after arriving desired location, the long 30-40cm of driven shaft guide rail; Optical fiber length-testing wheel, fiber tensioner and roll of optical fiber anchor fitting when optical fiber length-testing wheel, fiber tensioner and roll of optical fiber anchor fitting when large-diameter fibre-optical coil makes and small diameter fiber coil make share; Fiber tensioner, optical fiber length-testing wheel, three-jaw chuck, large-diameter fibre-optical coil make imput shaft and driven shaft all covers rubber cover, and optical fiber length-testing wheel girth 10cm is the size after having covered rubber cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420852219.XU CN204474064U (en) | 2014-12-29 | 2014-12-29 | A kind of Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420852219.XU CN204474064U (en) | 2014-12-29 | 2014-12-29 | A kind of Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making |
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| Publication Number | Publication Date |
|---|---|
| CN204474064U true CN204474064U (en) | 2015-07-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420852219.XU Withdrawn - After Issue CN204474064U (en) | 2014-12-29 | 2014-12-29 | A kind of Optical Fiber Winding machine being applicable to different-diameter fiber optic coils and making |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104555622A (en) * | 2014-12-29 | 2015-04-29 | 大连理工大学 | Optical fiber winding machine suitable for manufacturing optical fiber coils with different diameters |
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2014
- 2014-12-29 CN CN201420852219.XU patent/CN204474064U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104555622A (en) * | 2014-12-29 | 2015-04-29 | 大连理工大学 | Optical fiber winding machine suitable for manufacturing optical fiber coils with different diameters |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150715 Effective date of abandoning: 20161019 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |