CN2479518Y - Fibre-optical core cladding device with wire storage mechanism - Google Patents
Fibre-optical core cladding device with wire storage mechanism Download PDFInfo
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- CN2479518Y CN2479518Y CN 01224571 CN01224571U CN2479518Y CN 2479518 Y CN2479518 Y CN 2479518Y CN 01224571 CN01224571 CN 01224571 CN 01224571 U CN01224571 U CN 01224571U CN 2479518 Y CN2479518 Y CN 2479518Y
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- wheel
- wire storage
- line
- storage mechanism
- wire
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Abstract
Disclosed is an optical fiber core line superposition extrusion device with a wire storage mechanism. In order to provide an optical fiber processing device which can prevents the wire stocking, stables the tension of the optical fiber core wire, stables the optical fiber core wire, and ensures the quality accuracy and the yield rate of the optical fiber core wire, the utility model is proposed, which comprises a wire supplying mechanism, a coating mechanism, a wire storage mechanism and a batching mechanism, the wire storage mechanism comprises a plurality of racks, a horizontal rail, a fixed wire storage wheel, a flexible wire storage wheel slidably equipped on the rail and plural guiding and sliding slipper block, the front side of the guiding and sliding slipper block is convex equipped with two guiding and sliding convex pillars which appear upper and lower array, and a springy coil winder is equipped between the flexible wire storage wheel and the adjacent guiding and sliding slipper block and between each adjacent guiding and sliding slipper block.
Description
The utility model belongs to optical-fiber processing equipment, particularly a kind of optical fibre core lining extruding device with wire storage mechanism.
Along with the rapid growth that the flourish and Internet of information is used, people are more and more high for the Channel Bandwidth demand of data transmission and signal, because optical fiber has absolute advantages such as frequency range is big, loss is low, make it become the main media of networking transmission; Again along with the liberalization of telecommunications, communication, networking and cable television network will combine, for providing these at a high speed and the rubber-like service, will become developing tendency in future with optical fiber as the optics networking of transmission medium, make its market potential value and business opportunity considerable.
As shown in figure 11, the system of fiber core line lining extrusion system of commonly using is in regular turn by supplying line mechanism, coat mechanism, first order cooling body, mechanism impresses, second level cooling body and the linearly flow process of spooler constitute, the fiber core linear system is by constantly sending for line mechanism, and carry out coating operation to its surface coating via coating mechanism, thereafter through after the cooling of first order cooling body, carry out the operation of impressing of literal such as the trade mark of clad surface or specification via the mechanism that impresses again, and then, can carry out the operation that furls of fiber core line by spooler through the cooling of second level cooling body.
Spooler comprises two spools, one spool system can be for furling the operation of fiber core line, and when this spool was rolled up the fiber core line, another spool can be replaced at once and continue and furl operation, and in this replacement time, two spools of spooler all are halted states; But for line mechanism, coat mechanism and the mechanism that impresses etc. can't stop action because of the thread-changing operation between two spools, like this then can cause spooler to produce the situation of fiber core line accretion before, and cause the fiber core line tension inequality of total system.
For solving the long-pending line situation that causes when this spool is replaced, disclose with electric wire and extruded before the spooler that system's employed storage line equipment applies to fiber core line lining extrusion system, use and temporarily furl and cushion between spooler thread-changing operational period, supply line mechanism, coat mechanism and the fiber core line that mechanism constantly sent of impressing, to avoid the uneven situation of long-pending line and tension force.This electric wire extrudes the magnetic storage line equipment that system's employed storage line equipment is a kind of mechanical action formula, it is to be driven by friction pulley by power source, and the friction force of friction pulley is less than the fiber core line tension, so when amassing line, the fiber core line tension reduces, and power source can drive the spiral action of storage line equipment by friction pulley, after the fiber core line tension is recovered normal value, friction pulley forms mutually and skids, and makes power source can't drive storage line equipment spiral again.
Yet, the magnetic storage line equipment of this kind mechanical action formula can produce the stretching action power of continuation to the fiber core line, this stretching action power can cause to a certain degree above fail in tension for the high fiber core line of precision, cause the quality precision of fiber core line to reduce, even the situation that causes its inner optics material to be ruptured because of stretching, have a strong impact on the quality and the yield of its product.
The purpose of this utility model provides a kind of optical fibre core lining extruding device with wire storage mechanism that prevents long-pending line, stable fiber stamen line tension, stable fiber stamen line tension, guarantees fiber core line quality precision and yield.
The utility model comprises confession line mechanism, coating mechanism, first order cooling body, the mechanism that impresses, second level cooling body, wire storage mechanism and the spooler that linearly group is in regular turn established; Wire storage mechanism comprises several supports, be set up in horizontal rail on several supports, be arranged at track one end fixedly line storage wheel, the movable line storage wheel that is arranged on the track and driven by dynamical element and slidingly establish movable line storage wheel and fixedly a plurality of the drawing between the line storage wheel got slide slides; Fixedly line storage wheel and movable line storage wheel are all by most wheel discs superimposed compositions; Draw and get before the slide pleurapophysis and establish two and go to upper and lower drawing of arrangement and get projection; Movable line storage wheel and adjacent drawing are got and are reached each adjacent drawing between the slide and get and be provided with the elastic force winder between the slide.
Wherein:
Be provided with the limit switch and the spacing impact damper of detecting and restraint seat slippage range on the track of wire storage mechanism with the fixing longest distance place of line storage wheel.
Movable line storage wheel is fixedly arranged on the sliding seat; Sliding seat and drawing is got slide and is provided with folder respectively overleaf and pulls in the guide wheel of track top, root edge; Dynamical element is fixedly arranged on the track back side; Dynamical element be arranged at the track front side and be connected with the fixed transmission component of sliding seat.
The wire storage mechanism fixedly support at line storage wheel below place is provided with to draw and gets wheels.
Be provided with tension adjustment mechanism between wire storage mechanism and the spooler; Tension adjustment mechanism lies in board and is provided with pivot, and pivot outer end system is fixed with the fork middle section, and secondary bar in parallel is extended in the fork below, is slidingly equipped with gravity block on the secondary bar; Fork one end is equiped with movable wheel, and the board at place, movable wheel top is provided with by the superimposed fast pulley of forming of a plurality of wheel discs; Pivot extends to the board inside end and is installed with gear, and gear one side is provided with the angle detector.
Corresponding fork is provided with on the board of locating movable wheel end upper and lower position and is respectively equipped with limited block.
Because the utility model comprises for line mechanism, coats mechanism, first order cooling body, the mechanism that impresses, second level cooling body, wire storage mechanism and spooler; Wire storage mechanism comprise several supports, horizontal rail, fixedly line storage wheel, the movable line storage wheel that is arranged on the track and driven by dynamical element and slidingly establish movable line storage wheel and fixedly a plurality of the drawing between the line storage wheel got slide slides; Fixedly line storage wheel and movable line storage wheel are all by most wheel discs superimposed compositions; Draw and get before the slide pleurapophysis and establish two and go to upper and lower drawing of arrangement and get projection; Movable line storage wheel and adjacent drawing are got and are reached each adjacent drawing between the slide and get and be provided with the elastic force winder between the slide.Comprise horizontal rail by being arranged at before the spooler, be arranged at the fixedly line storage wheel of track one end and be slidedly arranged on the wire storage mechanism of the movable line storage wheel that drives by dynamical element on the track.When the spool of spooler carries out the thread-changing operation, by the start of computer synchro control dynamical element, store up the line operation to drive movable line storage wheel,, avoid the long-pending line situation and the stable fiber stamen line tension of fiber core line temporarily to furl and to prolong the thread-changing activity duration of spooler; When the spool of spooler carries out the thread-changing operation, store up the line operation by computer synchro control wire storage mechanism, so can not produce stretching action power to the fiber core line, can avoid the fiber core line to be subjected to fail in tension on the one hand, can guarantee the quality precision and the yield of fiber core line on the other hand.Not only prevent long-pending line, and stable fiber stamen line tension, stable fiber stamen line tension, guarantee fiber core line quality precision and yield, thereby reach the purpose of this utility model.
Fig. 1, be the utility model wire storage mechanism structural representation front elevation.
Fig. 2, be A portion partial enlarged drawing among Fig. 1.
Fig. 3, be B portion partial enlarged drawing among Fig. 1.
Fig. 4, be the utility model wire storage mechanism partial structurtes schematic sectional views.
Fig. 5, be the utility model wire storage mechanism action synoptic diagram.
Fig. 6, be the utility model wire storage mechanism action synoptic diagram (sliding seat slide onto and fixedly line storage wheel ultimate range state).
Fig. 7, be the utility model tension adjustment mechanism and spooler structural representation front elevation.
Fig. 8, be the utility model angle detector structural representation vertical view.
Fig. 9, be the utility model tension adjustment mechanism and spooler action synoptic diagram.
Figure 10, be each mechanism's schematic flow sheet of the utility model.
Figure 11, each mechanism's schematic flow sheet of optical fibre core lining extruding device for commonly using.
Below in conjunction with accompanying drawing the utility model is further elaborated.
As shown in figure 10, the utility model comprises confession line mechanism, coating mechanism, first order cooling body, the mechanism that impresses, second level cooling body, wire storage mechanism, tension adjustment mechanism and the spooler that linearly group is in regular turn established, to constitute linearly flow process.
The fiber core linear system is by constantly sending for line mechanism, and carry out the coating operation of its surface coating via coating mechanism, thereafter through after the cooling of first order cooling body, carry out the operation of impressing of literal such as the trade mark of clad surface or specification via the mechanism that impresses again, lower the temperature through second level cooling body again then, can carry out the operation that furls of fiber core line, however spooler carry out the fiber core line furl operation before, the fiber core line still must be through wire storage mechanism and tension adjustment mechanism.
As Fig. 1, Fig. 2, shown in Figure 3, wire storage mechanism 10 comprises several supports 11, be set up in horizontal rail 12 on several supports 11, be arranged at track 12 1 end leading flanks fixedly line storage wheel 13, be fixedly arranged on track 12 other end trailing flanks dynamical element 14, be arranged at transmission component 141 that track 12 front sides are connected with dynamical element 14 and drive, slide be arranged at sliding seat 15 on the track 12, sliding be provided with sliding seat 15 with fixedly between the line storage wheel 13 a plurality of draw to get slide 16 and be arranged at be positioned at drawing on the support of fixing line storage wheel 13 belows locating 11 and get wheels 18.
Fixedly line storage wheel 13 and movable line storage wheel 151 are all by most wheel discs superimposed compositions.
As shown in Figure 4, sliding seat 15 and drawing is got slide 16 and is provided with folder respectively overleaf and pulls in the guide wheel 151,161 of track 12 tops, root edge.Sliding seat 15 is and transmission component 141 concrete mutuallies, so that dynamical element 14 can drive sliding seat 15 slippage on track 12 by connected transmission component 141, sliding seat 15 front sides are provided with movable line storage wheel 152, draw and get before the slide 16 pleurapophysis and establish two and present, following drawing of arranging got projection 162, and sliding seat 15 and adjacent drawing are got between the slide 16 and each adjacent drawing is got and is equipped with elastic force winder 17 between the slide 16, elastic force winder 17 cordings have and are the backguy that furls, the external end head of backguy must be fixed on the adjacent articles, and the inner termination place device of backguy has elastic element, so backguy is to be to furl shape under the situation of not bearing the external force effect.
Draw get wheels 18 comprise first draw get the wheel 181, second draw get the wheel the 182 and the 3rd draw get the wheel 183.
During winding, fiber core line 20 is that first winding is crossed and drawn first and second that get wheels 18 and draw and get wheel 181,182, and then be set around fixedly between the line storage wheel 13 and movable line storage wheel 151, because fixedly line storage wheel 13 and movable line storage wheel 151 are all by most individual wheel discs superimposed composition, it is unpowered that all each wheel disc systems are the independence of freely rotating, and the rotational action of each wheel disc can not pin down mutually, maneuverability and sensitivity are all preferable, fiber core line 20 can be established in fixedly heavily covering between line storage wheel 13 and the movable line storage wheel 151 by this, draws by the 3rd more at last and gets wheel and 183 lay out.
As Fig. 5, shown in Figure 6, when spooler carries out the thread-changing operation, computer of the present utility model is the dynamical element 14 of synchro control wire storage mechanism 10, so that dynamical element 14 can drive sliding seat 15 slippage on track 12 by transmission component 141, use and increase the fixedly distance between the line storage wheel 13 and movable line storage wheel 151, reach the purpose of storage line, and in the process of sliding seat 15 slippages, can simultaneously adjacent drawing be got the backguy external end head of the elastic force winder 17 on the slide 16 pulls out, when backguy is stretched out fully, this is adjacent draws and gets that slide 16 promptly can be drawn and along with sliding seat 15 slippages, by that analogy, when sliding seat 15 slippages to fixing line storage wheel 13 distances during long stroke, then respectively draw and get slide 16 and promptly be and equidistantly distribute in sliding seat 15 and fixedly between the line storage wheel 13, and be set around fixedly the fiber core line 20 between the line storage wheel 13 and movable line storage wheel 151 and must be cross-placed on respectively to draw and get drawing of slide 16 and get on the projection 162, with avoid because of gravity sagging, in addition as shown in Figure 3, on the track 12 at sliding seat 15 and the fixing longest distance place of line storage wheel 13, be provided with limit switch 121 and spacing impact damper 122, with the range of detecting and 15 slippages of restraint seat.
As shown in Figure 7, tension adjustment mechanism 30 and spooler 40 are to be arranged on the same board 41.
As shown in Figure 7, spooler 40 comprise two spools 42, be located between two spools 42 than the lead swing arm 43 at top position place and be positioned at the idle pulley 44 of lead swing arm 43 tops.
As shown in Figure 9, fiber core line 20 continues between the fast pulley 36 that is set around tension adjustment mechanism 30 and the movable wheel 35 after wire storage mechanism 10 lays out, and then winding crosses the idle pulley 44 of spooler 40, and furls on spool 42 by lead swing arm 43; Wherein, the fork 33 of tension adjustment mechanism 30 is to be the swing shape, and order synchronous with it be fixedly arranged on the gear 311 of pivot 31 the inners, and by the tension value of gravity block 341 mobile adjustment fiber core line 20 of position on secondary bar 34.
When two spools 42 of spooler 40 carry out the thread-changing operation, be that synchro control wire storage mechanism 10 stores up the line action by computer, to avoid fiber core line 20 long-pending line situations and to keep its tension force.After spooler 40 thread-changings finish, stop to store up the line action by computer synchro control wire storage mechanism 10, and begin to disengage the fiber core line 20 that it temporarily furls storage, can make fiber core line 20 tension values between wire storage mechanism 10 and the tension adjustment mechanism 30 reduce this moment, thereby the activity wheel 35 that makes tension adjustment mechanism 30 is towards lower swing, angle detector 32 detects its angle variation by be synchronous gear 311 with it, and accelerate the velocity of rotation that furls by the spool 42 that computer drives spooler 40, quicken to furl with the temporary fiber core line 20 that wire storage mechanism 10 is disengaged, up to the fiber core line 20 that is temporary in wire storage mechanism 10 all furled finish after, the acceleration velocity of rotation of spool 42 is formed than hightension tension adjustment mechanism 30, make activity wheel 35 again therefore and towards last swing, angle detector 32 detects its angle and changes by be synchronous gear 311 with it, and the spool 42 that drives spooler 40 by computer once more recovers to furl normally speed.
By above-mentioned structural design, the utlity model has following advantage:
1, avoid long-pending line and stable fiber stamen line tension: setting comprises water before the utility model batches mechanism The plate rail road, be arranged at the fixedly line storage wheel of the front side of track one end and be slidingly equipped with the work that drives by dynamical element The wire storage mechanism of the upper movable line storage wheel of moving seat. When the spool that batches mechanism carries out the thread-changing operation, by electricity The start of brain Synchronization Control dynamical element is stored up the line operation to drive movable line storage wheel, receives and prolongs with temporary transient volume Long paper is got the thread-changing activity duration of mechanism, not only can avoid the long-pending line situation of fiber core line, and can reach stable The purpose of fiber core line tension.
2, guarantee fiber core line quality precision and good rate: when the spool that batches mechanism carries out the thread-changing operation The time, the utility model stores up the line operation by computer Synchronization Control wire storage mechanism, so can be to the fiber core line Produce stretching action power, can avoid on the one hand fiber core line Tensile to destroy, can guarantee fiber core on the other hand The quality precision of line and good rate.
Claims (6)
1, a kind of optical fibre core lining extruding device with wire storage mechanism, it comprises confession line mechanism, coating mechanism, first order cooling body, the mechanism that impresses, second level cooling body and the spooler that linearly group is in regular turn established; It is characterized in that being provided with wire storage mechanism before the described spooler; Wire storage mechanism comprises several supports, be set up in horizontal rail on several supports, be arranged at track one end fixedly line storage wheel, the movable line storage wheel that is arranged on the track and driven by dynamical element and slidingly establish movable line storage wheel and fixedly a plurality of the drawing between the line storage wheel got slide slides; Fixedly line storage wheel and movable line storage wheel are all by most wheel discs superimposed compositions; Draw and get before the slide pleurapophysis and establish two and go to upper and lower drawing of arrangement and get projection; Movable line storage wheel and adjacent drawing are got and are reached each adjacent drawing between the slide and get and be provided with the elastic force winder between the slide.
2, the optical fibre core lining extruding device with wire storage mechanism according to claim 1 is characterized in that on the track of described wire storage mechanism being provided with the fixing longest distance place of line storage wheel the limit switch and the spacing impact damper of detecting and restraint seat slippage range.
3, the optical fibre core lining extruding device with wire storage mechanism according to claim 1 is characterized in that described movable line storage wheel is fixedly arranged on the sliding seat; Sliding seat and drawing is got slide and is provided with folder respectively overleaf and pulls in the guide wheel of track top, root edge; Dynamical element is fixedly arranged on the track back side; Dynamical element be arranged at the track front side and be connected with the fixed transmission component of sliding seat.
4, the optical fibre core lining extruding device with wire storage mechanism according to claim 1, it is characterized in that described wire storage mechanism fixedly the support located of line storage wheel below be provided with to draw and get wheels.
5, the optical fibre core lining extruding device with wire storage mechanism according to claim 1 is characterized in that being provided with tension adjustment mechanism between described wire storage mechanism and the spooler; Tension adjustment mechanism lies in board and is provided with pivot, and pivot outer end system is fixed with the fork middle section, and secondary bar in parallel is extended in the fork below, is slidingly equipped with gravity block on the secondary bar; Fork one end is equiped with movable wheel, and the board at place, movable wheel top is provided with by the superimposed fast pulley of forming of a plurality of wheel discs; Pivot extends to the board inside end and is installed with gear, and gear one side is provided with the angle detector.
6, the optical fibre core lining extruding device with wire storage mechanism according to claim 5 is characterized in that described corresponding fork is provided with movable the wheel on the board of locating the end upper and lower position and is respectively equipped with limited block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01224571 CN2479518Y (en) | 2001-06-04 | 2001-06-04 | Fibre-optical core cladding device with wire storage mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01224571 CN2479518Y (en) | 2001-06-04 | 2001-06-04 | Fibre-optical core cladding device with wire storage mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2479518Y true CN2479518Y (en) | 2002-02-27 |
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ID=33640849
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01224571 Expired - Fee Related CN2479518Y (en) | 2001-06-04 | 2001-06-04 | Fibre-optical core cladding device with wire storage mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2479518Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107161760A (en) * | 2017-06-15 | 2017-09-15 | 浙江凯澳新材料有限公司 | A kind of cloth storage device of glass-fiber-fabric compounding machine |
| CN109571904A (en) * | 2019-01-21 | 2019-04-05 | 江苏亨通光电股份有限公司 | Stabilization for connection with fibre coating puts fine device and its system |
| CN110518427A (en) * | 2018-05-22 | 2019-11-29 | 鸿盛国际有限公司 | Wire rod processes wire-sending device |
-
2001
- 2001-06-04 CN CN 01224571 patent/CN2479518Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107161760A (en) * | 2017-06-15 | 2017-09-15 | 浙江凯澳新材料有限公司 | A kind of cloth storage device of glass-fiber-fabric compounding machine |
| CN110518427A (en) * | 2018-05-22 | 2019-11-29 | 鸿盛国际有限公司 | Wire rod processes wire-sending device |
| CN109571904A (en) * | 2019-01-21 | 2019-04-05 | 江苏亨通光电股份有限公司 | Stabilization for connection with fibre coating puts fine device and its system |
| CN109571904B (en) * | 2019-01-21 | 2023-12-08 | 江苏亨通光电股份有限公司 | Anti-shake fiber releasing device for optical fiber plastic sleeving and system thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |