CN106115360A - A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine - Google Patents
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine Download PDFInfo
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- CN106115360A CN106115360A CN201610417298.5A CN201610417298A CN106115360A CN 106115360 A CN106115360 A CN 106115360A CN 201610417298 A CN201610417298 A CN 201610417298A CN 106115360 A CN106115360 A CN 106115360A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H57/00—Guides for filamentary materials; Supports therefor
- B65H57/14—Pulleys, rollers, or rotary bars
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2701/00—Handled material; Storage means
- B65H2701/30—Handled filamentary material
- B65H2701/32—Optical fibres or optical cables
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Abstract
The invention discloses a kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine, including leading fine drive mechanism, leading fine axle, flying trident, slip ring, lead fine axle bearing, lead fine axle bearing lid, flying trident fixture, support A and pedestal；The fine axle of leading of the present invention uses the high accuracy assembling of multi-ladder design, beneficially bearing, slip ring and flying trident；Leading fine axle can drive flying trident to realize single-degree-of-freedom rotation, leads fine axle and drives employing servomotor, it is possible to realizes high-precision position control so that control process more steady；Leading fine movable block can on slide rail slidably, and that leads tow wheel group, tonometry mechanism and governing mechanism of tension leads fine groove copline, it is possible to realize optical fiber for the guiding between the fine skeleton of fine skeleton and receipts；The wire of tonometry mechanism is connected to slip ring mover, and the signal of telecommunication drawn by slip ring stator, solves signal of telecommunication transmission problem when Dao Xian mechanism rotates；It is this reasonable in design, compact, it is easy to accomplish.
Description
Technical field
The present invention relates to a kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine.
Background technology
Optical fibre gyro is born in 1976, is the novel biography of one utilizing optical fiber sensing technology measurement space inertia rotation rate
Sensor, has been developed as field of inertia technology at present and has the Novel main flow instrument of epoch-making feature；Optical fibre gyro and machinery
Gyro is compared with laser gyro, has that the startup time is short, does not has that moving component, impact resistance and vibration, volume are little, precision is high, becomes
Basis is the lowest, be suitable for integrated advantage；The application prospect of optical fibre gyro is the most wide, it be applied not only to satellite, aircraft, nuclear submarine,
The navigation of boats and ships, missile guidance, the high precision position of spacecraft controls, and can be also used on civilian robot and from
The fields such as dynamicization control.
Fiber optic loop is the core component of optical fibre gyro, and it is not only the source of gyro useful signal, and is the overwhelming majority
The source of nonreciprocal error, is to affect gyro performance, the main factor of restriction inertial navigation level optical fibre gyro through engineering approaches at present；Optical fiber
The winding method of ring, external condition during winding and fiber stress when being wound around be affect fiber optic gyroscope performance main because of
Element；The how high-quality fiber optic loop of coiling, the development to optical fibre gyro is particularly significant, therefore, develops accurate Optical Fiber Winding machine
Most important.
The Dao Xian mechanism used on some Optical Fiber Winding machines at present, its simple in construction, integrated level is the highest, tension force control accuracy
Low, thus cause tension fluctuation on optical fiber big, poor around ring quality.
Summary of the invention
It is an object of the invention to provide a kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine, the essence of this Dao Xian mechanism
Close main shaft uses the high accuracy assembling of multi-ladder design, beneficially bearing, bearing cap, slip ring, flying trident and flying trident fixture；Lead fibre
Axle can drive flying trident to realize single-degree-of-freedom and rotate, and leading fine axis drive motor is servomotor, energy under the effect of control system
Enough realize high-precision position control；In terms of leading fibre, optical fiber is through multiple guiding leading tow wheel, it is achieved that tonometry mechanism
The consistent of fine direction is sent, it is ensured that optical fiber is the concordance of tension force in winding process with governing mechanism of tension；Lead fine movable block energy
Enough leading on fine movable block slide rail slidably, under the effect of fiber discharging device, be capable of high accuracy arrange fibre.
The present invention is a kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine, including lead fine drive mechanism, lead fine axle,
Flying trident, slip ring, lead fine axle bearing, lead fine axle bearing lid, flying trident fixture, support A and pedestal；Described fibre drive mechanism of leading is by leading
Fine axle driven pulley, lead fine axle driven pulley fixture, lead fine side synchronous cog belt, lead fine axle drivewheel, lead fine axle drivewheel and fix
Part, lead fine axle drive wheel bearing, lead fine side regulating wheel, lead fine side regulating wheel fixture, lead fine side tension wheel shaft bearing, lead fine electricity
Machine, lead fine motor reducer and lead fine motor coupler composition；Described lead to have on fine axle lead fine shaft through-hole, lead fine axle the first rank
Ladder, lead fine axle the second ladder, lead fine axle the 3rd ladder, lead fine axle fourth order ladder, lead fine shaft key groove 1 and lead fine shaft key groove 2；Described
Flying trident is formed by leading fine movable block, fiber discharging device gripper shoe, flying trident balancing weight and flying trident body；Described fibre movable block of leading is by leading tow wheel
Group, tension measure and control mechanism, lead fine plate and lead fine movable block slide rail composition；Described tow wheel group of leading is by leading tow wheel 1, leading tow wheel 2, lead fibre
Wheel 3, lead tow wheel 4 and form；Described tension measure and control mechanism is made up of tonometry mechanism and governing mechanism of tension；On described flying trident body
There is flying trident body through hole, lead fine movable block slide rail installing hole, flying trident balancing weight installing hole and fiber discharging device gripper shoe installing hole；Described
Slip ring is made up of slip ring stator, slip ring mover, slip ring stator terminals, slip ring mover terminals and slip ring fixture；Described lead
Fine axle is by leading fine axle bearing and leading fine axle bearing lid and be fixed on support A；Described lead tow wheel group, tonometry mechanism and tension force
The fine groove of leading of governor motion is maintained at same plane；The wire of described tonometry mechanism is connected to slip ring mover, slip ring stator
The signal of telecommunication is drawn, solves the signal of telecommunication transmission problem with external world when Dao Xian mechanism rotates.
The advantage of Dao Xian mechanism of the present invention is:
(1) accurate main shaft uses multi-ladder design, beneficially bearing, bearing cap, slip ring, flying trident and the height of flying trident fixture
Precision is assembled；
(2) leading fine axle can drive flying trident to realize single-degree-of-freedom rotation, and leading fine axis drive motor is servomotor, is controlling
High-precision position control it is capable of so that control process more steady under the effect of system；
(3) in terms of leading fibre, optical fiber is through multiple guiding leading tow wheel, it is achieved that tonometry mechanism and tension adjustment machine
Structure send the consistent of fine direction, it is ensured that optical fiber is the concordance of tension force in winding process；
(4) lead fine movable block and can lead on fine movable block slide rail slidably, can be real under the effect of fiber discharging device
Now high accuracy row fibre；
(5) fiber discharging device gripper shoe can support fixing fiber discharging device so that whole Optical Fiber Winding machine equipment structure is more
Rationally, it is compact, easy to realize；
(6) leading fine movable block uses light material to be processed into loose structure, alleviates the weight of mobile parts；
(7) lead tow wheel group and use little inertia, low friction design, reduce the additional stress to optical fiber, improve optical fiber fortune
Dynamic stability；
(8) wire of tonometry mechanism is connected to slip ring mover, and the signal of telecommunication drawn by slip ring stator, solves and leads fine machine
With the extraneous signal of telecommunication transmission problem when structure rotates；
(9) flying trident balancing weight is capable of Dao Xian mechanism about the rotary inertia balance led when fine axle rotates.
Accompanying drawing explanation
Fig. 1 is that the present invention leads fine mechanism structure figure.
Fig. 2 is driving mechanism structure figure of the present invention.
Fig. 3 is that the present invention leads fine mechanism shaft tying composition.
Fig. 4 is that the present invention leads fine axle construction figure.
Fig. 5 is flying trident structure chart of the present invention.
Fig. 6 is slip ring structure figure of the present invention.
Fig. 7 is that the present invention leads tow wheel group and instrumentation mechanism structure chart.
In figure:
1. lead fine drive mechanism；2. lead fine axle；3. flying trident；4. slip ring；5. lead fine axle bearing；6. lead fine axle bearing lid；7.
Flying trident fixture；8. support A；9. pedestal
101. lead fine axle driven pulley；102. lead fine axle driven pulley fixture；103. lead fine side synchronous cog belt；104. lead fibre
Axle drivewheel；105. lead fine axle drivewheel fixture；106. lead fine axle drive wheel bearing；107. lead fine side regulating wheel；108. lead
Fine side regulating wheel fixture；109. lead fine side tension wheel shaft bearing；110. lead fine motor；111. lead fine motor reducer；112. lead
Fine motor coupler
201. lead fine shaft through-hole；202. lead fine axle the first ladder；203. lead fine axle the second ladder；204. lead fine axle the 3rd rank
Ladder；205. lead fine axle fourth order ladder；206. lead fine shaft key groove 1；207. lead fine shaft key groove 2；208. lead fine axle key 1；209. lead fibre
Axle key 2
301. lead fine movable block；302. fiber discharging device gripper shoes；303. flying trident balancing weights；304. flying trident bodies；305. lead fibre
Wheels；306. tension measure and control mechanisms；307. lead fine plate；308. lead fine movable block slide rail；309. tonometry mechanisms；310. tension force
Governor motion；311. flying trident body through holes；312. lead fine movable block slide rail installing hole；313. flying trident balancing weight installing holes；314. row
Fine mechanism supports plate installing hole；315. lead fine axle key 1；316. lead fine axle key 2；317. lead tow wheel 1；318. lead tow wheel 2；319. lead
Tow wheel 3；320. lead tow wheel 4；321. wire；322. optical fiber
401. slip ring stators；402. slip ring movers；403. slip ring stator terminals；404. slip ring mover terminals；405.
Slip ring fixture；406. slip ring through holes；407. slip ring mover screwed holes
801. support A through holes
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in further detail.
Referring to shown in Fig. 1, Fig. 3, the present invention is a kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine, including leading
Fine drive mechanism 1, lead fine axle 2, flying trident 3, slip ring 4, lead fine axle bearing 5, lead fine axle bearing lid 6, flying trident fixture 7, support A 8
With pedestal 9.
Refer to shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 7, in the present invention to lead fine drive mechanism 1 driven by leading fine axle
Wheel 101, lead fine axle driven pulley fixture 102, lead fine side synchronous cog belt 103, lead fine axle drivewheel 104, lead fine axle drivewheel
Fixture 105, lead fine axle drive wheel bearing 106, lead fine side regulating wheel 107, lead fine side regulating wheel fixture 108, lead fine side and open
Bearing up pulley bearing 109, lead fine motor 110, lead fine motor reducer 111 and lead fine motor coupler 112 and form；Leading in the present invention
Have on fine axle 2 and lead fine shaft through-hole 201, lead fine axle the first ladder 202, lead fine axle the second ladder 203, lead fine axle the 3rd ladder
204, lead fine axle fourth order ladder 205, lead fine shaft key groove 1 206 and lead fine shaft key groove 2 207；Flying trident 3 in the present invention is by leading fibre
Movable block 301, fiber discharging device gripper shoe 302, flying trident balancing weight 303, flying trident body 304 and lead fine movable block slide rail 126 and form；This
Invention leads fine movable block 301 by leading tow wheel group 305, tension measure and control mechanism 306 and leading fine plate 125 and form；In the present invention
Lead tow wheel group 123 by leading tow wheel 1 129, leading tow wheel 2 130, lead tow wheel 3 131, lead tow wheel 4 132 and form；Opening in the present invention
Power instrumentation mechanism 306 is made up of tonometry mechanism 309 and governing mechanism of tension 310；Tonometry mechanism 309 in the present invention
It is made up of straining pulley 321, tension pick-up 322, tension pick-up fixed mount 323 and wire 324；Tension adjustment in the present invention
Mechanism 310 is made up of tension adjustment wheel 325, regulation spring 326 and tension adjustment slipping groove 327；Flying trident body in the present invention
There is flying trident body through hole 311 on 304, lead fine movable block slide rail installing hole 312, flying trident balancing weight installing hole 313 and fiber discharging device and prop up
Fagging installing hole 314；
Referring to shown in Fig. 1, Fig. 6, the slip ring 4 in the present invention is connect by slip ring stator 401, slip ring mover 402, slip ring stator
Line end 403, slip ring mover terminals 404, slip ring fixture 405, slip ring through hole 406 and slip ring mover screwed hole 407 form；This
Support A through hole 801 is had on support A8 in invention.
In the present invention lead fine axle 2 through support A through hole 801, lead fine axle bearing 5 and be stuck in and lead fine axle the second ladder
203 and lead on fine axle the 3rd ladder 204, it is fixed on support A8 by leading fine axle bearing lid 6；Slip ring 4 is via slip ring through hole 406
Being enclosed within and lead fine axle the 3rd ladder 204 and lead between fine axle fourth order ladder 205, slip ring stator 401 is fixed by slip ring fixture 405
Leading above fine axle bearing lid 6, slip ring mover 402 is fixed on through slip ring mover screwed hole 407 by screw and leads on fine axle 2；
Leading fine axle key 2209 in leading fine shaft key groove 2207, flying trident 3 is enclosed within via flying trident body through hole 311 to lead leads fine axle key on fine axle 2
On 2209, it is fixed on by flying trident fixture 7 and leads on fine axle fourth order ladder 205；The left side leading fine axle 2 in the present invention connects to be had
Lead fine drive mechanism 1, lead fine axle driven pulley 101 and be enclosed within to lead and lead on fine axle key 1208, by leading fine axle in fine shaft key groove 1206
Driven pulley fixture 102 is fixed on leads on fine axle the first ladder 202, leads fine axle drivewheel 104 and fixes by leading fine axle drivewheel
Part 105 is fixed on support A8 with leading fine axle drive wheel bearing 106, leads fine side regulating wheel 107 by leading fine side tension wheel shaft bearing
109 and lead fine side regulating wheel fixture 108 and be fixed on support A8, lead fine motor 110 and be fixed on by leading fine motor flange
On frame A8；The output shaft leading fine motor 110 in the present invention by lead fine motor reducer 111, lead fine motor coupler 112 with
Leading fine axle drivewheel 104 to connect, drive is led fine axle drivewheel 104 and is rotated, and leads fine axle drivewheel 104 synchronizing jugged by leading fine side
Band 103 drive is led fine axle driven pulley 101 and is rotated, thus fine axle 2 is led in drive and flying trident 3 rotates；The right side leading fine axle 2 in the present invention
Side connects flying trident 3, and flying trident body 304 connects leads fine movable block 301, fiber discharging device gripper shoe 302 and flying trident balancing weight 303,
Fiber discharging device gripper shoe 302 is fixed on fiber discharging device gripper shoe installing hole 314 by screw and nut, flying trident balancing weight 303
Being fixed on flying trident balancing weight installing hole 313 by screw and nut, fiber discharging device gripper shoe 302 realizes the support of fiber discharging device
With fixing, flying trident balancing weight 303 realizes Dao Xian mechanism about the rotary inertia balance leading fine axle 2；Leading in the present invention is fine mobile
Block slide rail 308 is arranged on leads on fine movable block slide rail installing hole 312, and leading fine movable block 301 can by leading fine movable block slide rail 308
To lead moving axially of fine axle 2；Tow wheel group 305 of leading in the present invention is fixed on by screw and nut and leads on fine plate 307, leads
Tow wheel 1 317, lead tow wheel 2 318, lead tow wheel 3 319, lead tow wheel 4 320 to lead fine groove coplanar, lead tow wheel group 305 and realize optical fiber
322 are receiving fine axle 2 and for the guiding between fine axle；Tonometry mechanism 309 in the present invention is fixed on and leads on fine plate 307,
Power measuring mechanism 309 lead fine groove with lead tow wheel group 305 to lead fine groove coplanar；Leading of governing mechanism of tension 310 in the present invention
Fine groove with lead tow wheel group 305 to lead fine groove coplanar, governing mechanism of tension 310 is fixed on by screw and nut leads on fibre plate 307；
Tension measure and control mechanism 306 in the present invention realizes optical fiber 322 and is receiving fine axle 2 and for the constant tension between fine axle.
The present invention leads fine axle 2 by leading fine axle bearing 5 and leading fine axle bearing lid 6 and be fixed on support A 8, leads fine axle
2 drive flying trident 3 to realize single-degree-of-freedom rotates, and leading fine motor 110 is servomotor, is capable of height under the effect of control system
The position control of precision so that control process more steady.
Leading fine movable block 301 and can lead on fine movable block slide rail 308 slidably, at fiber discharging device in the present invention
It is capable of high accuracy under control action and arranges fibre；The wire 321 of the tonometry mechanism 309 in the present invention is connected to slip ring mover
Terminals 404,403 signals of telecommunication of slip ring stator terminals are drawn, and solve and pass with the extraneous signal of telecommunication when Dao Xian mechanism rotates
Defeated problem；In the present invention, optical fiber 322 from for fine skeleton discharges, through leading tow wheel 1 317, lead tow wheel 2 318 lead fibre
Groove, horizontally enter into tonometry mechanism 309 leads fine groove, passes from the fine groove level of leading of tonometry mechanism 309, horizontal direction
Enter governing mechanism of tension 310 leads fine groove, passes from the fine groove level of leading of governing mechanism of tension 310, horizontally enters into and lead tow wheel 3
319 lead fine groove, vertically pass from the fine groove of leading leading tow wheel 3 319, lead fine groove, from leading fibre vertically into lead tow wheel 4 320
The fine groove of leading of wheel 4320 vertically passes and is wound on the fine skeleton of receipts.
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine of present invention design, the accurate main shaft of this mechanism uses
Multi-ladder designs, and is conducive to leading fine axle bearing 5, leads the high accuracy dress of fine axle bearing lid 6, slip ring 4, flying trident 3 and flying trident fixture 7
Join；Leading fine axle 2 can drive flying trident 3 to realize single-degree-of-freedom rotation, and the driving motor leading fine axle 2 is servomotor, is controlling system
It is capable of high-precision position control so that control process more steady under the effect of system；In terms of leading fibre, optical fiber 322 warp
Cross multiple guiding leading tow wheel, it is achieved that tonometry mechanism 309 send the consistent of fine direction with governing mechanism of tension 310, it is ensured that
Optical fiber 322 concordance of tension force in winding process；Lead fine movable block 301 and can lead freedom on fine movable block slide rail 308
Slide, under the effect of fiber discharging device, be capable of high accuracy arrange fibre；The wire 321 of tonometry mechanism 309 is connected to slip ring
Mover, 401 signals of telecommunication of slip ring stator are drawn, and solve the signal of telecommunication transmission problem with external world when Dao Xian mechanism rotates；Flying trident
Balancing weight 303 is capable of Dao Xian mechanism about the rotary inertia balance led when fine axle 2 rotates；Fine machine led by whole Optical Fiber Winding machine
Structure is reasonable in design, be compact, easy to realization.
Claims (7)
1. the automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine, it is characterised in that: by leading fine drive mechanism (1), leading fibre
Axle (2), flying trident (3), slip ring (4), lead fine axle bearing (5), lead fine axle bearing lid (6), flying trident fixture (7), support A (8) and
Pedestal (9) forms；
Described lead fine drive mechanism (1) by leading fine axle driven pulley (101), leading fine axle driven pulley fixture (102), lead fine side and synchronize
Cog belt (103), lead fine axle drivewheel (104), lead fine axle drivewheel fixture (105), lead fine axle drive wheel bearing (106),
Lead fine side regulating wheel (107), lead fine side regulating wheel fixture (108), lead fine side tension wheel shaft bearing (109), lead fine motor
(110), lead fine motor reducer (111) and lead fine motor coupler (112) composition；Described lead to have on fine axle (2) lead fine axle
Through hole (201), lead fine axle the first ladder (202), lead fine axle the second ladder (203), lead fine axle the 3rd ladder (204), lead fine axle
Fourth order ladder (205), lead fine shaft key groove 1 (206) and lead fibre shaft key groove 2 (207)；Described flying trident (3) is by leading fine movable block
(301), fiber discharging device gripper shoe (302), flying trident balancing weight (303), flying trident body (304) and lead fine movable block slide rail (126) group
Become；Described lead fine movable block (301) by leading tow wheel group (305), tension measure and control mechanism (306) and leading fibre plate (125) and form；Described
Lead tow wheel group (123) by leading tow wheel 1 (129), leading tow wheel 2 (130), lead tow wheel 3 (131), lead tow wheel 4 (132) and form；Described
Power instrumentation mechanism (306) is made up of tonometry mechanism (309) and governing mechanism of tension (310)；Have on described flying trident body (304)
Flying trident body through hole (311), lead fine movable block slide rail installing hole (312), flying trident balancing weight installing hole (313) and fiber discharging device support
Plate installing hole (314)；
Described slip ring (4) is by slip ring stator (401), slip ring mover (402), slip ring stator terminals (403), slip ring mover wiring
End (404), slip ring fixture (405), slip ring through hole (406) and slip ring mover screwed hole (407) composition；On described support A (8)
There is support A through hole (801)；
Described lead fine axle (2) through support A through hole (801), lead fine axle bearing (5) and be stuck in and lead fine axle the second ladder
(203) and lead on fine axle the 3rd ladder (204), it is fixed on support A (8) by leading fine axle bearing lid (6)；Slip ring (4) via
Slip ring through hole (406) is enclosed within leads fine axle the 3rd ladder (204) and leads between fine axle fourth order ladder (205), and slip ring stator (401) leads to
Cross slip ring fixture (405) to be fixed on and lead fine axle bearing lid (6) above, slip ring mover (402) by screw through slip ring mover
Screwed hole (407) is fixed on leads on fine axle (2)；Leading fine axle key 2 (209) in leading fine shaft key groove 2 (207), flying trident (3) is via flying
Fork body through hole (311) is enclosed within leads leading on fine axle key 2 (209) on fine axle (2), is fixed on by flying trident fixture (7) and leads fine axle
In fourth order ladder (205)；The described left side leading fine axle (2) connects leads fine drive mechanism (1), leads fine axle driven pulley (101) set
Lead on fine axle key 1 (208) in leading fine shaft key groove 1 (206), be fixed on lead fibre by leading fine axle driven pulley fixture (102)
On axle the first ladder (202), lead fine axle drivewheel (104) by leading fine axle drivewheel fixture (105) and leading fine axle drivewheel
Bearing (106) is fixed on support A (8), leads fine side regulating wheel (107) by leading fine side tension wheel shaft bearing (109) and leading fine side
Regulating wheel fixture (108) is fixed on support A (8), leads fine motor (110) by leading fine motor flange and is fixed on support A (8)
On；The described output shaft of fine motor (110) of leading is by leading fine motor reducer (111), leading fine motor coupler (112) and lead
Fine axle drivewheel (104) connects, and drives and leads fine axle drivewheel (104) rotation, leads fine axle drivewheel (104) and synchronizes by leading fine side
Cog belt (103) drives leads fine axle driven pulley (101) rotation, thus fine axle (2) is led in drive and flying trident (3) rotates；Described lead fibre
The right side of axle (2) connects flying trident (3), and flying trident body (304) connects leads fine movable block (301), fiber discharging device gripper shoe (302)
With flying trident balancing weight (303), fiber discharging device gripper shoe (302) is fixed on fiber discharging device gripper shoe installing hole by screw and nut
(314), on, flying trident balancing weight (303) is fixed on flying trident balancing weight installing hole (313) by screw and nut, and fiber discharging device props up
Fagging (302) realizes the support of fiber discharging device and fixes, and flying trident balancing weight (303) realizes Dao Xian mechanism about leading fine axle (2)
Rotary inertia balances；Described lead fine movable block slide rail (308) and be arranged on and lead on fine movable block slide rail installing hole (312), lead fine shifting
Motion block (301) can lead moving axially of fine axle (2) by leading fine movable block slide rail (308)；Described tow wheel group (305) of leading is led to
Cross screw and nut to be fixed on and lead on fine plate (307), lead tow wheel 1 (317), lead tow wheel 2 (318), lead tow wheel 3 (319), lead tow wheel
4 (320) to lead fine groove coplanar, lead tow wheel group (305) and realize optical fiber (322) and receiving fine axle (2) and for the guiding between fine axle；Institute
Stating tonometry mechanism (309) to be fixed on and lead on fine plate (307), tonometry mechanism (309) leads fine groove and leads tow wheel group
(305) to lead fine groove coplanar；Described governing mechanism of tension (310) lead fine groove with lead tow wheel group (305) to lead fine groove coplanar,
Power governor motion (310) is fixed on by screw and nut leads on fine plate (307)；Described tension measure and control mechanism (306) realizes light
Fine (322) are receiving fine axle (2) and for the constant tension between fine axle.
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine the most according to claim 1, it is characterised in that: lead fibre
Axle (2) is by leading fine axle bearing (5) and leading fibre axle bearing lid (6) and be fixed on support A (8).
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine the most according to claim 1, it is characterised in that: lead fibre
Axle (2) drives flying trident (3) to realize single-degree-of-freedom and rotates.
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine the most according to claim 1, it is characterised in that: lead fibre
Movable block (301) can led on fine movable block slide rail (308) slidably.
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine the most according to claim 1, it is characterised in that: tension force
The wire (321) of measuring mechanism (309) is connected to slip ring mover terminals (404), and slip ring stator terminals (403) is the signal of telecommunication
Draw, solve the signal of telecommunication transmission problem with external world when Dao Xian mechanism rotates.
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine the most according to claim 1, it is characterised in that: optical fiber
(322) from for fine skeleton discharges, through leading tow wheel 1 (317), lead tow wheel 2 (318) lead fine groove, horizontally enter into tension force and survey
Measuring mechanism (309) lead fine groove, pass from the fine groove level of leading of tonometry mechanism (309), horizontal direction enters tension adjustment
Mechanism (310) leads fine groove, passes from the fine groove level of leading of governing mechanism of tension (310), horizontally enters into and lead tow wheel 3 (319)
Lead fine groove, vertically pass from the fine groove of leading leading tow wheel 3 (319), lead fine groove, from leading tow wheel 4 vertically into lead tow wheel 4 (320)
(320) fine groove of leading vertically passes and is wound on the fine skeleton of receipts.
A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine the most according to claim 1, it is characterised in that: lead fibre
Motor (110) is servomotor, is capable of high-precision position control under the effect of control system.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610417298.5A CN106115360A (en) | 2016-06-15 | 2016-06-15 | A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine |
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| CN201610417298.5A CN106115360A (en) | 2016-06-15 | 2016-06-15 | A kind of automatic Dao Xian mechanism being applicable on Optical Fiber Winding machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108106636A (en) * | 2017-12-26 | 2018-06-01 | 重庆华渝电气集团有限公司 | A kind of fine device of fiber optic loop coiling auxiliary row |
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| CN204549630U (en) * | 2015-03-29 | 2015-08-12 | 合肥正阳光电科技有限责任公司 | A kind of Full-automatic optical fibre wire coiling machine guiding mechanism |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108106636A (en) * | 2017-12-26 | 2018-06-01 | 重庆华渝电气集团有限公司 | A kind of fine device of fiber optic loop coiling auxiliary row |
| CN108106636B (en) * | 2017-12-26 | 2021-07-06 | 重庆华渝电气集团有限公司 | Auxiliary fiber arrangement device for winding optical fiber ring |
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