CN109254357A - A kind of fine equipment of ceramic insertion core of optical fibre connector dress - Google Patents
A kind of fine equipment of ceramic insertion core of optical fibre connector dress Download PDFInfo
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- CN109254357A CN109254357A CN201811339249.XA CN201811339249A CN109254357A CN 109254357 A CN109254357 A CN 109254357A CN 201811339249 A CN201811339249 A CN 201811339249A CN 109254357 A CN109254357 A CN 109254357A
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- fine
- lock pin
- ceramic insertion
- core
- insertion core
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/24—Coupling light guides
- G02B6/36—Mechanical coupling means
- G02B6/38—Mechanical coupling means having fibre to fibre mating means
- G02B6/3807—Dismountable connectors, i.e. comprising plugs
- G02B6/3833—Details of mounting fibres in ferrules; Assembly methods; Manufacture
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- Optics & Photonics (AREA)
- Mechanical Coupling Of Light Guides (AREA)
Abstract
The present invention provides a kind of ceramic insertion core of optical fibre connector to fill fine equipment, including workbench, the Fang Xian mechanism being installed on the workbench, fiber stripping mechanism, Chuan Xian mechanism, lock pin feed mechanism, indexing rotary table mechanism, glue applying mechanism and cutting agency, the lock pin feed mechanism, glue applying mechanism, Chuan Xian mechanism and cutting agency are successively successively surrounded the setting of indexing rotary table mechanism by manufacturing procedure, and the side of Chuan Xian mechanism is arranged in the Fang Xian mechanism and fiber stripping mechanism.The present invention uses automatic operation, reduces the use of operator, saves production cost, can effectively improve the packaging efficiency of ceramic insertion core Yu light pricker fibre core, improves monitoring quality, reduces the generation of defective products, improves production efficiency；Suitable for mass, large-scale optical fiber connector production improves production capacity, meets growing optical fiber connector demand.
Description
Technical field
The present invention relates to ceramic insertion core of optical fibre connector to fill fibre core field, in particular to a kind of fibre core by light pricker is encased in
Equipment in the ceramic insertion core of optical fiber connector.
Background technique
Ceramic insertion core of optical fibre connector, also known as ceramic ferrule.The cylindrical body of precise centering in optical fiber connector plug, in
The heart has a micropore, the fibre core as fixed optical fiber.It is it is a kind of by nano zircite (ZrO2) material through sequence of recipe, processing
Made of high-precision special cermacis element.Made connector is the fiber active linker of detachable classification, makes optical channel
Connection, conversion scheduling it is more flexible, for the debugging and maintenance of optical fiber way system；In order to open a section when use
Light pricker line connects, it usually needs the ceramic insertion core docking equipped with light pricker fibre core is got up by adapter.So that light pricker is fine
Two end face precisions docking of core is got up, and realizes the physical contact of light pricker end face.
Currently, being by artificial in the procedure of processing to the ceramic insertion core that the fibre core of light pricker is encased in optical fiber connector
First the crust of light pricker is peeled off, exposes light pricker fibre core, then cuts out suitable light pricker fibre core further according to the length of ceramic insertion core
Length, while glue is manually being added into ceramic insertion core, is finally again being encased in light pricker fibre core after heating for ceramic insertion core
In ceramic insertion core, to complete the process of entire dress light pricker fibre core, above-mentioned traditional light pricker fibre core fills fine process, pure artificial behaviour
Make, large labor intensity, simultaneous processing low efficiency, consuming time is long.
Therefore, the existing technology needs to be improved and developed.
Summary of the invention
It can solve traditional light pricker fibre core the object of the present invention is to provide one kind and fill the pure manual operation of fine process, labor intensity
Greatly, the problems such as processing efficiency, consuming time is long.
To achieve the goals above, the invention provides the following technical scheme:
A kind of fine equipment of ceramic insertion core of optical fibre connector dress, including workbench, the Fang Xian mechanism being installed on the workbench, stripping
Fine mechanism, Chuan Xian mechanism, lock pin feed mechanism, indexing rotary table mechanism, glue applying mechanism and cutting agency, the lock pin feeder
Structure, glue applying mechanism, Chuan Xian mechanism and cutting agency are successively successively surrounded the setting of indexing rotary table mechanism by manufacturing procedure, described to put fibre
The side of Chuan Xian mechanism is arranged in mechanism and fiber stripping mechanism.
The Fang Xian mechanism includes putting fine device and first to send fine device, and described first send fine device setting putting fine device
Discharge end, it is described to put fine device and include third support plate, put fine roller and third motor, it is described to put fine roller and be mounted on third
In support plate, the third motor, which can drive, puts fine roller releasing light pricker line.
Described first send fine device to send fine roller, rocking bar, first motor, the first support plate and the first induction including first
Device, described first send fine roller to be mounted in the first support plate, and the first motor can drive first to send fine roller rotation conveying light pricker
Line, the rocking bar are spindle rotationally arranged in first left and right sides for sending fine roller respectively, and first inductor is separately positioned on
The lower section of the two sides of rocking bar.
The fiber stripping mechanism includes the 4th support plate, peeling plier, the 4th adjusting for adjusting peeling plier front and back and upper and lower position
The jaw regulating device of the jaw size of device, adjusting peeling plier and fine subcutaneous hopper, the peeling plier adjust dress by the 4th
It sets and is mounted in the 4th support plate, the jaw regulating device is arranged above peeling plier, and the fine subcutaneous hopper setting is being shelled
The lower section of fibre pincers.
The Chuan Xian mechanism send fine device, wears fine device and cuts fine device including second, and described second send fine device to be arranged
In the top for wearing fine device, worn in fine device for the fibre core after fiber stripping to be transported to, it is described to cut the setting of fine device and wearing fine dress
The lower section set, for cutting off fibre core.
Described to wear fine device including wearing tow wheel, the 8th motor, guide pipe and the 8th mounting rack, the 8th motor can drive
It wears tow wheel and does and send fibre core to move downwards, the guide pipe is separately mounted to the top for the centre that two wear tow wheel by the 8th mounting rack
The lower section and.
Described to cut fine device include cutter, cutter seat, the 9th cylinder and linkage rod slide block mechanism, and the cutter seat, which is mounted on, to be worn
The lower section of fine device, the cutter are arranged in cutter seat, and the cutter seat is vertically disposed with fibre core via hole, the 9th cylinder
Cutter is driven to cut off fibre core in cutter seat by linkage rod slide block mechanism.
The lock pin feed mechanism includes vibrating disk, feeding lock pin heating device, feeding hose and feeding device, it is described on
The feed inlet of material lock pin heating device is connected with the discharge port of vibrating disk, and the feed inlet of the feeding lock pin heating device passes through
Feeding hose is connected with feeding device.
The indexing rotary table mechanism includes turntable, lock pin jig, divider and the tenth motor, and the lock pin jig is rounded
For array respectively on turntable, the tenth motor drives turntable to rotate by divider.
The cutting agency includes the lock pin placement plate after lock pin dress is fine, and the lock pin that driving lock pin placement plate moves forward and backward is put
Plate driving device, blanking mechanical hand and lock pin jig device for opening are set, the lock pin placement plate is arranged under blanking mechanical hand
The bottom of indexing rotary table mechanism is arranged in side, the lock pin jig device for opening, and opposite with the feeding position of blanking mechanical hand
It answers.
The invention has the benefit that
It compares with the prior art, the present invention fills fine equipment using ceramic insertion core of optical fibre connector and fills to ceramic insertion core
Fibre core, when filling fibre core, Fang Xian mechanism is released with by light pricker line first, strips the crust of light pricker line by fiber stripping mechanism,
Only remaining light pricker fibre core, fiber core are passed in ceramic insertion core under the action of Chuan Xian mechanism in this way, and ceramic insertion core be
Feeding is carried out in lock pin feed mechanism, ceramic insertion core is transported in the lock pin jig of indexing rotary table mechanism by lock pin feed mechanism,
Then indexing rotary table mechanism rotates to ceramic insertion core at glue applying mechanism, and glue is added in ceramic insertion core by glue applying mechanism, this
For sample when the ceramic insertion core equipped with glue rotates to below Chuan Xian mechanism, light pricker fibre core is inserted into pottery under the action of Chuan Xian mechanism
In porcelain lock pin, and be fixed by the glue of ceramic insertion core, and light pricker fibre core also pass through Chuan Xian mechanism cut fine device for light
The cutting of pricker fibre core, finally the ceramic insertion core equipped with light pricker fibre core carries out blanking by cutting agency.The present invention is using automation behaviour
Make, reduce the use of operator, saves production cost, can effectively improve the packaging efficiency of ceramic insertion core Yu light pricker fibre core,
Monitoring quality is improved, the generation of defective products is reduced, improves production efficiency；Suitable for mass, large-scale optical fiber connector is raw
It produces, improves production capacity, meet growing optical fiber connector demand.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is the structural schematic diagram of Fang Xian mechanism of the invention；
Fig. 3 is the first of the Fang Xian mechanism of the invention structural schematic diagram for sending fine device；
Fig. 4 is the structural schematic diagram of fiber stripping mechanism of the invention；
Fig. 5 is the partial structure diagram of fiber stripping mechanism of the invention；
Fig. 6 is the structural schematic diagram of Chuan Xian mechanism of the invention；
Fig. 7 is the structural schematic diagram for wearing fine device of Chuan Xian mechanism of the invention；
Fig. 8 is the structural schematic diagram of lock pin feed mechanism of the invention；
Fig. 9 is the structural schematic diagram of the feeding device of lock pin feed mechanism of the invention；
Figure 10 is the schematic cross-sectional view of lock pin jig of the invention；
Figure 11 is another schematic cross-sectional view of lock pin jig of the invention；
Figure 12 is the structural schematic diagram of indexing rotary table mechanism of the invention；
Figure 13 is the structural schematic diagram of glue applying mechanism of the present invention；
Figure 14 is the structural schematic diagram of cutting agency of the present invention；
Figure 15 is the structural schematic diagram that the present invention wears guide pipe in fine device.
Specific embodiment
Below in conjunction with attached drawing, invention is further explained:
As shown in Figure 1, a kind of ceramic insertion core of optical fibre connector fills fine equipment, including workbench 1, is installed on the workbench
Fang Xian mechanism 2, fiber stripping mechanism 3, Chuan Xian mechanism 4, lock pin feed mechanism 5, indexing rotary table mechanism 6, glue applying mechanism 7 and blanking machine
Structure 8, the lock pin feed mechanism 5, glue applying mechanism 7, Chuan Xian mechanism 4 and cutting agency 8 are successively successively surrounded by manufacturing procedure point
The setting of rotating disk mechanism 6 is spent, the side of Chuan Xian mechanism 4 is arranged in the Fang Xian mechanism 2 and fiber stripping mechanism 3.
As shown in Figure 2, the Fang Xian mechanism 2 includes putting fine device 21 and first to send fine device 22, and described first send fibre
Device 22 is arranged in the discharge end for putting fine device 21, described to put fine device 21 and include third support plate 211, put fine 212 and of roller
Third motor 213, described to put fine roller 212 and be mounted in third support plate 211, the third motor 213, which can drive, puts fine roller
Wheel 212 releases light pricker line.
As shown in Figure 3, described first send fine device 22 to send fine roller 221, rocking bar 222, first motor including first
223, the first support plate 224 and the first inductor 225, described first send fine roller 221 to be mounted in the first support plate 224, described
First motor 223 can drive first to send the fine rotation of roller 221 conveying light pricker line, and the rocking bar 222 is spindle rotationally arranged in respectively
First send the left and right sides of fine roller 221, and first inductor 225 is separately positioned on the lower section of the two sides of rocking bar 222.Wherein
The rocking bar 222 is provided with two, and one is to tilt to be arranged to the left, and one is to tilt to be arranged to the right, and the first inductor 225 is same
There are two sample settings, and the lower section of two rocking bars 222 is respectively set；When first inductor 225 in left side senses inclination to the left
Rocking bar 222 when, the rotation of third motor 213 can be driven to drive and put fine roller 212 and release light pricker line；When first induction on right side
When device 225 senses the rocking bar 222 of inclination to the right, the driving of first motor 223 first can be driven to send the fine rotation of roller 221 conveying light
Pricker line.
As shown in Figure 3, described first to send fine roller 221 include fine roller 2211 and the first lower fine roller 2212 on first, described
Fine roller 2211 is mounted on the top of the first lower fine roller 2212, fine roller on described first by the first up and down adjustment device on first
2211 are connected with first motor 223.Wherein the first up and down adjustment device includes the adjusting being provided in the first support plate 224
The top of the first lower fine roller 2212 is arranged in slot 221a, regulating tank 221a, is provided with mobile sliding block in regulating tank 221a
The upper end of 221b, mobile sliding block 221b are connected to the lower end of adjusting screw rod 221c, and the upper end of adjusting screw rod 221c is mounted on first
The top of support plate 224, and fine roller 2211 is mounted on movement sliding block 221b on first, by rotation adjusting screw rod 221c come
It realizes and adjusts the distance between fine roller 2211 and the first lower fine roller 2212 on first.Avoid fine roller 2211 and the first lower fibre on first
It is mobile that it is unable to drive optical fiber when frictional force is too small between roller 2212, optical fiber is damaged when excessive.
It is as shown in Figure 4, the fiber stripping mechanism 3 include the 4th support plate 31, peeling plier 32, adjust 32 front and back of peeling plier and
The 4th regulating device 33, the jaw regulating device 34 of the jaw size of adjusting peeling plier 32 and the fine subcutaneous hopper of upper and lower position
35, the peeling plier 32 is mounted in the 4th support plate 31 by the 4th regulating device 33, and the jaw regulating device 34 is arranged
Above peeling plier 32, the lower section of peeling plier 32 is arranged in the fine subcutaneous hopper 35.
As shown in Figure 5, the 4th regulating device 33 includes that front and back adjusts component and up and down adjustment component, described upper and lower
It adjusts component to be mounted on front and back adjusting component, it includes front shoe 3311,3312 and of preceding movable plate that the front and back, which adjusts component,
Front and back regulation handle 3313, the front shoe 3311 are mounted in the 4th support plate 31, and the preceding movable plate 3312 is slidably
Be mounted on front shoe 3311, the front and back regulation handle 3313 be mounted on before on movable plate 3312, the front and back is adjusted
Handle 3313 matches that preceding movable plate 3312 is driven to be moved forward and backward with front shoe 3311 in such a way that screw rod is adjusted.
As shown in Figure 5, the up and down adjustment component includes upper mounted plate 3321, upper shifting board 3322 and up and down adjustment hand
Handle 3323, before fixed plate 3321 is mounted on movable plate 3312, the upper shifting board 3322 is slidably mounted on
In fixed plate 3321, the up and down adjustment handle 3323 is mounted on upper shifting board 3322, and the up and down adjustment handle 3323 is logical
The mode for crossing screw rod adjusting is matched with upper mounted plate 3321 to drive upper shifting board 3322 to move up and down.
When needing the position to peeling plier 32 to be adjusted, component and up and down adjustment group can be adjusted by front and back respectively
Part carrys out the adjusting to the front and back and upper and lower position of peeling plier 32.
As shown in Figure 5, the jaw regulating device 34 includes the 6th fixed plate 341 and adjusting block, and the described 6th is fixed
The first regulating tank 3411 and the second regulating tank 3412 are offered on plate 341, the setting of the first regulating tank 3411 is adjusted second
The top of slot 3412, the adjusting block includes the first adjusting block 3421, the second adjusting block 3422 and third adjusting block 3423, described
First adjusting block 3421, the second adjusting block 3422 are arranged in the first regulating tank 3411, and the setting of third adjusting block 3423 exists
In second regulating tank 3412, the peeling plier 32 includes front handlebar and rear handle, and the front handlebar of the peeling plier 32 is rotatable
It is mounted in the 6th fixed plate 341, and is located at the lower section of the second regulating tank 3412, first adjusting block 3421 is used for fiber stripping
The positioning of the rear handle of pincers 32, second adjusting block 3422 and third adjusting block 3423 are used for the front handlebar of peeling plier 32
Positioning.
As shown in FIG. 6, wherein to further include two inductors 44 send sending for fine device 41 for controlling second for fiber stripping mechanism 3
Fibre movement, it is possible to prevente effectively from optical fiber positioning when optical fiber is too long between Chuan Xian mechanism 4 and fiber stripping mechanism 3, optical fiber is drawn when too short
It is disconnected.
As shown in Figure 4, fiber stripping mechanism 3 further includes light pricker wiping arrangement 36, and the smooth pricker wiping arrangement 36 includes wiping
Box and non-dust cloth, light pricker fibre core clean it by the wiping of non-dust cloth.
As shown in FIG. 6, the Chuan Xian mechanism 4 send fine device 41, wears fine device 42 and cuts fine device 43, institute including second
Stating second send fine device 41 that the top for wearing fine device 42 is arranged in, and wears in fine device 42 for the fibre core after fiber stripping to be transported to,
It is described to cut fine device 43 lower section for wearing fine device 42 is set, for cutting off fibre core.
As shown in FIG. 6, second send fine device 41 including including that fine roller 412 and the 7th is electric under fine roller 411, the 7th on the 7th
Machine 413, fine roller 411 is mounted on the top of the 7th lower fibre roller 412 by the 7th up and down adjustment device on the described 7th, and the described 7th
Upper fibre roller 411 is connected with the 7th motor 413.Wherein first in the 7th up and down adjustment device and about the first fine roller 411
The effect of up and down adjustment device is identical, when can avoid on the 7th that frictional force is too small between fine roller 411 and the 7th lower fine roller 412
It is mobile to be unable to drive optical fiber, optical fiber is damaged when excessive.
As shown in Figure 7, it is described to wear fine device 42 including wearing tow wheel 421, the 8th motor, guide pipe 423 and the 8th installation
Frame 424, the 8th motor can drive to wear tow wheel 421 and do send fibre core to move downwards, and the guide pipe 423 passes through the 8th mounting rack
424 are separately mounted to above and below the centre that two wear tow wheel 421.As shown in figure 15, setting is useful in the guide pipe 423
Fine pilot hole is worn in what is be oriented to light pricker fibre core, which is provided with rounded corner, so that optical fiber is smooth
By while, more accurate positioning, it includes that tow wheel is worn and tow wheel is worn on the right side in a left side that this, which wears tow wheel 421 equally, and wherein it is logical to wear tow wheel for the left side
Crossing spring, tow wheel is worn on a left side and the distance between tow wheel is worn on the right side adjusting, so that frictional force is moderate between them, guarantees to wear
Fine length is more accurate.
As shown in Figure 7, described to cut fine device 43 include cutter 431, cutter seat 432, the 9th cylinder 433 and connecting rod slider
Mechanism 434, the cutter seat 432 are mounted on the lower section for wearing fine device 42, and the cutter 431 is arranged in cutter seat 432, described
Cutter seat 432 is vertically disposed with fibre core via hole, and the 9th cylinder 433 drives cutter 341 cutting by linkage rod slide block mechanism 434
Fibre core is cut off in tool apron 432.
The bottom for cutting fine device 43, which is provided with, wears fine stopping inductor, for incuding whether light pricker fibre core is encased in ceramics
In lock pin, waste when avoiding wearing fine too long is not pierced by also when too short.
As shown in Figure 8, the lock pin feed mechanism 5 includes vibrating disk 51, feeding lock pin heating device 52, feeding hose
53 and feeding device 54, the feed inlet of the feeding lock pin heating device 52 be connected with the discharge port of vibrating disk 51, it is described on
The feed inlet of material lock pin heating device 52 is connected by feeding hose 53 with feeding device 54.Wherein more preferably feeding is soft
Pipe 53 is vertical stainless steel tube, and blanking is more smooth.
The feeding lock pin heating device 52, which is built-in with PTC heating sheet, can heat ceramic insertion core.
As shown in figure 12, the indexing rotary table mechanism 6 includes turntable 61, lock pin jig 62, divider 63 and the tenth electricity
Machine 64, respectively on turntable 61, the tenth motor 64 is turned the rounded array of the lock pin jig 62 by the driving of divider 63
Disk 61 rotates.
As shown in FIG. 10 and 11, the lock pin jig 62 includes spring 621, briquetting 622 and jig seat 623, described to control
It is provided with lock pin on tool seat 623 and places through-hole, the briquetting 622 is mounted in jig seat 623 by spring 621, the briquetting
622, which can be pressed on lock pin lock pin, places in through-hole, which is torsional spring or common spring.
As shown in Figure 9, the feeding device 54 includes feeding seat 541, feeding cylinder 542 and push rod 543, the feeding
Lower material through hole is provided on seat 541, the lower material through hole can be corresponding with lock pin placement through-hole, and the feeding cylinder 542 can drive
Dynamic push rod 543 pushes the briquetting 622 in jig seat 623 to internal pressure, places in through-hole so that lock pin can be put into lock pin.
As shown in fig. 13 that, the glue applying mechanism 7 includes rack 71, Glue dripping head 72 and lifting device 73, the Glue dripping head
72 are mounted in rack 71 by lifting device 73, and the lifting device 73 can drive Glue dripping head 72 to do lifting fortune in rack 71
It is dynamic.
As shown in figure 14, the cutting agency 8 includes the lock pin placement plate 81 after lock pin dress is fine, drives lock pin placement plate
81 lock pin placement plate driving device 82, blanking mechanical hand 83 and the lock pin jig device for opening 84 moved forward and backward, the lock pin is put
The lower section that blanking mechanical hand 83 is arranged in plate 81 is set, the bottom of indexing rotary table mechanism 61 is arranged in the lock pin jig device for opening 84
Portion, and it is corresponding with the feeding position of blanking mechanical hand 83.
As shown in figure 14, the lock pin jig device for opening 84 includes opening cylinder 841 and opening push rod 842, described
The driving opening push rod 842 of cylinder 841 is opened to relatively move.
The operation principle of the present invention is that:
When filling fibre core, the driving of third motor 213 puts fine roller 212 and releases light pricker line first, and light pricker line successively passes through one
Left teeter bar 222, first enter in peeling plier 32 after sending fine roller 221 and right teeter bar 222, send fine device 41 second
Under the action of drive light pricker line to carry out in peeling plier 32 again crust strip, only remaining light pricker fibre core, fiber core are same in this way
It comes and is worn in fine device 42 under the action of second send fine device 41, continue to be inserted downwardly into pottery under the action of wearing fine roller 421
In porcelain lock pin, cut off under the action of cutting fine device 43 after light pricker fibre core is inserted into ceramic insertion core.
And in light pricker line during conveying, ceramic insertion core is synchronous in feeding, and ceramic insertion core is in lock pin feed mechanism 5
Middle carry out feeding, is first arranged ceramic insertion core by vibrating disk 51, be then delivered in feeding lock pin heating device 52 into
Row heating after heating, is being sent in feeding device 54 by feeding hose defeated 53, and ceramic insertion core is transported to point by feeding device 54
It spends in the lock pin jig 62 of rotating disk mechanism 6, then indexing rotary table mechanism 6 rotates to ceramic insertion core at glue applying mechanism 7, dispenser
Glue is added in ceramic insertion core by structure 7, in this way when the ceramic insertion core equipped with glue rotates to 4 lower section of Chuan Xian mechanism, light pricker
Fibre core is inserted into ceramic insertion core under the action of Chuan Xian mechanism 4, and is fixed by the glue of ceramic insertion core, and light pricker is fine
The fine device 43 of cutting that core also passes through Chuan Xian mechanism 4 cuts off light pricker fibre core, under finally the ceramic insertion core equipped with light pricker fibre core passes through
Expect that mechanism 8 carries out blanking.The present invention uses automatic operation, reduces the use of operator, saves production cost, can be effective
The packaging efficiency of ceramic insertion core and light pricker fibre core is improved, monitoring quality is improved, reduces the generation of defective products, improve production efficiency；
Suitable for mass, large-scale optical fiber connector production improves production capacity, meets growing optical fiber connector demand.
The above is not intended to limit the scope of the present invention, and all technical spirits according to the present invention are to above
Any modification, equivalent variations and modification made by embodiment, in the range of still falling within technical solution of the present invention.
Claims (10)
1. a kind of ceramic insertion core of optical fibre connector fills fine equipment, it is characterised in that: including workbench, putting of being installed on the workbench
Fine mechanism, fiber stripping mechanism, Chuan Xian mechanism, lock pin feed mechanism, indexing rotary table mechanism, glue applying mechanism and cutting agency, it is described to insert
Core feed mechanism, glue applying mechanism, Chuan Xian mechanism and cutting agency are successively successively surrounded the setting of indexing rotary table mechanism by manufacturing procedure,
The side of Chuan Xian mechanism is arranged in the Fang Xian mechanism and fiber stripping mechanism.
2. a kind of ceramic insertion core of optical fibre connector according to claim 1 fills fine equipment, it is characterised in that: described to put fine machine
Structure includes putting fine device and first to send fine device, and described first send fine device that the discharge end for putting fine device is arranged in, described to put fibre
Device includes third support plate, puts fine roller and third motor, described to put fine roller and be mounted in third support plate, the third
Motor, which can drive, puts fine roller releasing light pricker line.
3. a kind of ceramic insertion core of optical fibre connector according to claim 2 fills fine equipment, it is characterised in that: described first send
Fine device send fine roller, rocking bar, first motor, the first support plate and the first inductor including first, and described first send fine roller to pacify
In the first support plate, the first motor can drive first to send fine roller rotation conveying light pricker line, and the rocking bar respectively can
First left and right sides for sending fine roller is arranged in rotation, and first inductor is separately positioned on the lower section of the two sides of rocking bar.
4. a kind of ceramic insertion core of optical fibre connector according to claim 1 fills fine equipment, it is characterised in that: the fiber-cutting machine
Structure includes the 4th support plate, peeling plier, the 4th regulating device for adjusting peeling plier front and back and upper and lower position, the pincers for adjusting peeling plier
The jaw regulating device of mouth size and fine subcutaneous hopper, the peeling plier are mounted on the 4th support plate by the 4th regulating device
On, the jaw regulating device is arranged above peeling plier, and the lower section of peeling plier is arranged in the fine subcutaneous hopper.
5. a kind of ceramic insertion core of optical fibre connector according to claim 1 fills fine equipment, it is characterised in that: described to wear fine machine
Structure send fine device, wears fine device and cuts fine device including second, and described second send fine device that the top for wearing fine device is arranged in, and uses
It is worn in fine device in the fibre core after fiber stripping to be transported to, it is described to cut fine device the lower section for wearing fine device is set, for cutting off fibre
Core.
6. a kind of ceramic insertion core of optical fibre connector according to claim 5 fills fine equipment, it is characterised in that: described to wear fine dress
It sets including wearing tow wheel, the 8th motor, guide pipe and the 8th mounting rack, the 8th motor, which can drive to wear tow wheel and do, send downwards fibre core
Movement, the guide pipe are separately mounted to two by the 8th mounting rack and wear above and below the centre of tow wheel.
7. a kind of ceramic insertion core of optical fibre connector according to claim 5 fills fine equipment, it is characterised in that: described to cut fine dress
It sets including cutter, cutter seat, the 9th cylinder and linkage rod slide block mechanism, the cutter seat is mounted on the lower section for wearing fine device, described
Cutter is arranged in cutter seat, and the cutter seat is vertically disposed with fibre core via hole, and the 9th cylinder passes through linkage rod slide block mechanism
Driving cutter cuts off fibre core in cutter seat.
8. a kind of ceramic insertion core of optical fibre connector according to claim 1 fills fine equipment, it is characterised in that: on the lock pin
Material mechanism includes vibrating disk, feeding lock pin heating device, feeding hose and feeding device, the feeding lock pin heating device into
Material mouth is connected with the discharge port of vibrating disk, and the feed inlet of the feeding lock pin heating device passes through feeding hose and feeding device
It is connected.
9. a kind of ceramic insertion core of optical fibre connector according to claim 1 fills fine equipment, it is characterised in that: the indexing turns
Disc mechanism includes turntable, lock pin jig, divider and the tenth motor, the rounded array of lock pin jig respectively on turntable,
Tenth motor drives turntable rotation by divider.
10. a kind of ceramic insertion core of optical fibre connector according to claim 1 fills fine equipment, it is characterised in that: the blanking
Mechanism includes the lock pin placement plate after lock pin dress is fine, lock pin placement plate driving device that driving lock pin placement plate moves forward and backward, under
The lower section of blanking mechanical hand, the lock pin jig is arranged in material manipulator and lock pin jig device for opening, the lock pin placement plate
The bottom of indexing rotary table mechanism is arranged in device for opening, and corresponding with the feeding position of blanking mechanical hand.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811339249.XA CN109254357A (en) | 2018-11-12 | 2018-11-12 | A kind of fine equipment of ceramic insertion core of optical fibre connector dress |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811339249.XA CN109254357A (en) | 2018-11-12 | 2018-11-12 | A kind of fine equipment of ceramic insertion core of optical fibre connector dress |
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| CN109254357A true CN109254357A (en) | 2019-01-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811339249.XA Pending CN109254357A (en) | 2018-11-12 | 2018-11-12 | A kind of fine equipment of ceramic insertion core of optical fibre connector dress |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112570211A (en) * | 2020-12-14 | 2021-03-30 | 武汉红星杨科技有限公司 | Automatic optical fiber penetrating device for optical fiber array |
| CN114019607A (en) * | 2021-10-18 | 2022-02-08 | 鹰潭明康通信技术有限公司 | A wear fine device fast for fiber array preparation |
| CN114594552A (en) * | 2022-01-18 | 2022-06-07 | 周孝龙 | Optical fiber ferrule assembling machine |
| CN114675390A (en) * | 2022-05-31 | 2022-06-28 | 中山市联申达科技有限公司 | FA optical fiber array automatic assembly coupling device |
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