CN105807366B - A kind of large area fibre faceplate compacting tool set and production method - Google Patents
A kind of large area fibre faceplate compacting tool set and production method Download PDFInfo
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- CN105807366B CN105807366B CN201610100131.6A CN201610100131A CN105807366B CN 105807366 B CN105807366 B CN 105807366B CN 201610100131 A CN201610100131 A CN 201610100131A CN 105807366 B CN105807366 B CN 105807366B
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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
- G02B6/04—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings formed by bundles of fibres
- G02B6/06—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings formed by bundles of fibres the relative position of the fibres being the same at both ends, e.g. for transporting images
Abstract
The invention discloses a kind of large area fibre faceplate compacting tool set and production methods.This large area fibre faceplate compacting tool set and production method, it skips and first prepares the step of large volume fibre faceplate blank is cut again, directly prepare large area fibre faceplate blank, avoid difficulty highest in entire preparation flow, time-consuming longest, capital investment most stage, technological innovation is realized, the cost of manufacture being greatly lowered.Two sides is respectively provided with heat-conducting plate before and after major area fiber panel, so that heat-conducting plate faster reaches assigned temperature than glass in heating or temperature-fall period.And high temperature or low temperature heat-conducting plate be by as new heat source or absorber, it is thermally conductive to carry out contact to glass screen section cross section, shortens heating-up time and temperature fall time, improves processing efficiency.The present invention is suitable for fibre faceplate production field.
Description
Technical field
The present invention relates to fibre faceplate production fields, more particularly to a kind of large area fibre faceplate compacting tool set and production
Method.
Background technique
High-performance optical fiber panel (hereinafter referred to as fibre faceplate) is by the thousands of compact arranged light guides of rule
Fiber optic component of the fiber by processes machine-shapings such as plate-laying, hot melt pressure, annealing, roughing and finishing, it optically has
Have that optical transmission efficiency is high, interstage coupling loss is small, passes as the features such as clear true, zero thickness.Fibre faceplate is widely used in respectively
Kind cathode-ray tube, pick-up tube, CCD are coupled and other need to transmit in the instrument and equipment of image.Most typical application is to make
For the optics input of gleam image intensifier, output window, play an important role to the quality for improving image device.Wherein large area
Fibre faceplate is then the Primary Component for making big visual field low-light level imaging device.Its application field is very extensive: medical field
(such as X-ray machine), industrial X-ray scanning field, industrial X-ray field of detecting and palmmprint scanning field can use the product.With
Scientific technological advance, these field devices imaging viewing field is required constantly to expand, therefore research and development of more large area fibre faceplate
It is increasingly important.
Currently, the manufacturing technology of existing large area fibre faceplate, be continue to use the horizontal compression mould of old optical fiber to it is other related
On the basis of equipment (most of mold and equipment have carried out larger design), first to mold under high temperature, high vacuum environment
Apply high pressure, prepares large volume fibre faceplate blank, be cut to piece then to obtain large area fibre faceplate blank.For
The center edge temperature difference of control large volume blank during fusion pressure.Using multiplicating " heating (or cooling)+heat preservation "
Method, significantly reduce inside heating furnace rate temperature change, extend hot melt pressure activity time；In order to control large volume blank
Upper and lower temperature difference during fusion pressure, the method which uses adjustment furnace temp vertical gradient distribution.
For existing technology, it is desirable to be cut into qualified large area fibre faceplate, just must first prepare qualification
Large volume fibre faceplate blank.But since quality volume is big, equipment requirement is high and easy the problems such as bursting, qualified large volume
Fibre faceplate blank is upper very difficult in preparation.In addition, existing large volume fibre faceplate blank preparation process is still immature, deposit
Many insufficient.Specifically there is following four aspect:
1) blank plate-laying, hot melt pressure and annealing time are too long
Hot melt pressure and annealing aspect, due to the prior art be by significantly reduce inside heating furnace rate temperature change come
The thermal stress that control large volume blank generates in hot melt pressure and annealing process, therefore its process time is inevitably very big
Extend.According to primary Calculation, primary hot melt pressure is completed with existing technique and annealing operation at least needs 95 hours, at about 4 days
Between.
In terms of plate-laying, in order to control the gap between composite fiber, its tightly packed degree is improved, prior art technology is adopted
It is the method for artificial plate-laying.Include at least tens of thousands of composite fibers inside general large volume fibre faceplate, therefore completes one
Secondary qualification plate-laying the amount of time required is very long.
2) adjustment of heating furnace high-temperature area is not flexible
The prior art is to control heating furnace warm area length by adjusting the density variation of electric furnace heating wire, to control hair
Base vertical temperature difference.The maximum drawback of the technique is exactly to operate extremely to bother.Warm area of every adjustment must all add the whole series
Hot equipment carries out disassembly and re-assemble operation.In order to search out appropriate warm area distribution, carry out test of many times and adjustment be
It is inevitable.Therefore this method is although possible in theory, but the workload that operates is huge, and it is big to practice difficulty, spends the time
Also more, continually disassembly and assembly can also have an impact the service life of equipment.
3) various hot melt pressure equipment volume quality are excessive
Existing large volume blank technology of preparing has continued to use the equipment such as old mold and heating furnace.And the design of old mold is deposited
In some problems --- Redundancy Design is more and force structure is unreasonable.These problems cause its design volume bigger than normal.With compacting
Blank volume size increases, and this problem of mold is more obvious.According to primary Calculation, in order to suppress cross section opposite side size
The large volume blank of 200mm, mold inner-cavity cross-sectional length must at least reach 400mm, in addition mold overall dimensions are more after outline border
Greatly.In view of the high density of its rapidoprint (hot die steel), such mold weight is considerably beyond general mold.This is undoubtedly
Enter furnace and come out of the stove to increase many difficulty and risk to mold.And in order to smoothly load this big mold, heating furnace volume
(4 times of almost existing heating furnace volume) must be increased together, for a high-temperature heating device, volume is bigger,
Processing loss, operation difficulty, operational risk and security risk etc. are also bigger.
4) it injects capital into more
Large area fibre faceplate is prepared with existing technology, then must increase artificial, equipment and time investment, it is contemplated that behaviour
Make the factors such as difficulty and risk, it is necessary to while carrying out the research and development of some auxiliary processes and equipment.Such capital investment is phase
When big.
As described above, the preparation process of existing large volume fibre faceplate blank is many and diverse, high risk, high time-consuming and height are thrown
Enter.
Summary of the invention
To solve the above problems, the present invention provides, one kind is at low cost, and high-efficient, time-consuming is short
Large area fibre faceplate compacting tool set and production method.
The technical solution adopted by the present invention to solve the technical problems is:
A kind of large area fibre faceplate compacting tool set, the large area fibre faceplate including compacting needed for being arranged at least one piece
The symmetrically arranged baffle of above and below pressing plate and side, major area fiber panel is evenly distributed and is all provided on front and back two sides
Set heat-conducting plate.
It is further used as the improvement of technical solution of the present invention, and pressing plate includes that setting is also set on pressing plate I and pressing plate II, pressing plate
There is pressing plate III, pressing plate II is equipped with groove, and pressing plate III is equipped with the boss to match with groove.
It is further used as the improvement of technical solution of the present invention, and groove is in a rectangular trapezoid with boss.
It is further used as the improvement of technical solution of the present invention, is equipped with locating convex block between each pressing plate II and each pressing plate III.
It is further used as the improvement of technical solution of the present invention, is evenly arranged at least two reinforcing ribs on baffle, on pressing plate
It is additionally provided with locating convex block, locating convex block is embedded between each reinforcing rib.
It is further used as the improvement of technical solution of the present invention, and matching for each locating convex block is combined into clearance fit, located above
Locating convex block contacts the one side in face, and the locating convex block being located below abuts the another side of opposite direction.
It is further used as the improvement of technical solution of the present invention, and pressing plate and baffle are wedge surface cooperation.
A kind of production method using large area fibre faceplate compacting tool set, comprising the following steps:
A. fusion pressure temperature is adjusted；
B. measurement temperature and a statistical data are taken along short transverse；
C. along burner hearth cavity place mat overcover；
D. step B and C is repeated until burner hearth upper and lower temperature difference is in OK range in the stipulated time；
E. plate-laying；
F. the screen section sequenced is put into fusion pressure mold, after completing mold assembling, mold is put into burner hearth；
G. control fire box temperature carries out hot melt pressure；
H. it anneals；
I. screen section is taken out in demoulding.
It is further used as the improvement of technical solution of the present invention, in step A, does raising adjustment to defined fusion pressure temperature, rises
It is about 15~25 DEG C high.
It is further used as the improvement of technical solution of the present invention, and in step D, complex light fibril is put into mold, passes through shake
It is dynamic that be automatically performed complex light fibril tightly packed.
Beneficial effects of the present invention: this large area fibre faceplate compacting tool set and production method are skipped and first prepare large volume
The step of fibre faceplate blank is cut again directly prepares large area fibre faceplate blank, avoids entire preparation flow
Middle difficulty highest in time-consuming longest, capital investment most stage, realizes technological innovation, the cost of manufacture being greatly lowered.?
Two sides is respectively provided with heat-conducting plate before and after major area fiber panel, so that heat-conducting plate is faster than glass in heating or temperature-fall period
Reach assigned temperature.And high temperature or low temperature heat-conducting plate connect glass screen section cross section for as new heat source or absorber
Touch type heat-conductive shortens heating-up time and temperature fall time, improves processing efficiency.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings:
Fig. 1 is overall structure sectional elevation of the embodiment of the present invention；
Fig. 2 is overall structure cross-sectional view of the embodiment of the present invention；
Fig. 3 is overall structure main view of the embodiment of the present invention；
Fig. 4 is overall structure side view of the embodiment of the present invention.
Specific embodiment
Referring to figs. 1 to Fig. 4, the present invention is a kind of large area fibre faceplate compacting tool set, including is arranged at least one piece of institute
The symmetrically arranged baffle 3 of the above and below pressing plate of large area fibre faceplate 1 that need to be suppressed and side, major area fiber panel
1 is evenly distributed and be respectively provided with heat-conducting plate 5 on front and back two sides.
This large area fibre faceplate compacting tool set and production method are skipped and first prepare large volume fibre faceplate blank and carry out again
The step of cutting, directly prepares large area fibre faceplate blank, avoids difficulty highest in entire preparation flow, time-consuming is most
In the stage long, capital investment is most, technological innovation is realized, the cost of manufacture being greatly lowered.In major area fiber panel 1
Front and back two sides is respectively provided with heat-conducting plate 5, so that heat-conducting plate faster reaches assigned temperature than glass in heating or temperature-fall period.And
It is thermally conductive that high temperature or low temperature heat-conducting plate by as new heat source or absorber, to glass screen section cross section carry out contact, shortens
Heating-up time and temperature fall time, improve processing efficiency.
As a preferred embodiment of the present invention, pressing plate includes that setting is additionally provided on pressing plate I 21 and pressing plate II 22, pressing plate
Pressing plate III 23, pressing plate II 22 are equipped with groove, and pressing plate III 23 is equipped with the boss to match with groove.
As a preferred embodiment of the present invention, groove and boss are in a rectangular trapezoid, and the one side of the groove and boss is
Inclined-plane cooperation.
As a preferred embodiment of the present invention, locating convex block 6 is equipped between each pressing plate II 22 and each pressing plate III 23.
As a preferred embodiment of the present invention, it is evenly arranged at least two reinforcing ribs 4 on baffle 3, is also set on pressing plate
There is locating convex block 6, locating convex block 6 is embedded between each reinforcing rib 4.
As a preferred embodiment of the present invention, matching for each locating convex block 6 is combined into clearance fit, centered on baffle center
Line, locating convex block 6 located above contact the one side in face, and the locating convex block 6 being located below abuts the another of opposite direction
Face.
As a preferred embodiment of the present invention, pressing plate and baffle 3 are wedge surface cooperation.That is pressing plate and baffle 3 is equipped with tiltedly
Face, each inclined-plane match and contact, and are conducive to expansion and compression, reduce stress.
A kind of production method using large area fibre faceplate compacting tool set, comprising the following steps:
A. fusion pressure temperature is adjusted；
B. measurement temperature and a statistical data are taken along short transverse；
C. along burner hearth cavity place mat overcover；
D. step B and C is repeated until burner hearth upper and lower temperature difference is in OK range in the stipulated time；
E. plate-laying；
F. the screen section sequenced is put into fusion pressure mold, after completing mold assembling, mold is put into burner hearth；
G. control fire box temperature carries out hot melt pressure；
H. it anneals；
I. screen section is taken out in demoulding.
As a preferred embodiment of the present invention, in step A, raising adjustment is done to defined fusion pressure temperature, increases about 15
~25 DEG C.
As a preferred embodiment of the present invention, in step D, complex light fibril is put into mold, is made by vibration multiple
Light combination fibril is automatically performed tightly packed.
The process basic procedure that preference of the present invention uses for " plate-laying-is die-filling-hot melt pressure-annealing-demoulding-
Cold working ".And " plate-laying ", " hot melt is pressed " and " annealing " process are optimized.
The present invention uses completely new plate-laying method --- and vibration plate-laying is given up used in large volume fibre faceplate production process
Artificial plate-laying technique.Vibration plate-laying is to generate the special installation shaken by connecting, and plate-laying mold continuous vibration is allowed, to promote
The complex light fibril for being put into mould inside is set to be automatically performed closelypacked technique.Using the technique, operator is only needed in batches
It is secondary that complex light fibril is inserted into plate-laying mold, it then periodically completes to check.Through practicing, guaranteeing that plate-laying effect is constant
Under the premise of, which can shorten for about 66% plate-laying time, improve plate-laying efficiency.
Optimization of the present invention for hot melt pressure and annealing process, be divided into three aspects: the time shortens, debugs optimization and equipment
It simplifies.
1. the time shortens
The research and development of new mold and the diminution of blank volume are the key that shorten hot melt pressure and annealing time.
The mold high-performance heat-conducting plate is introduced into mold inner-cavity (heat-conducting plate quantity can blank thickness as needed do spirit
Adjustment living), " cutting " is carried out to large volume screen section blank, direct pressing goes out large area panel blank.Due to steel thermal coefficient
(35~64) are significantly larger than glass (0.5~1.0), therefore during heating (or cooling), heat-conducting plate faster reaches than glass
Assigned temperature.And high temperature (or low temperature) heat-conducting plate connects glass screen section cross section for as new heat source (or absorber)
Touch type heat-conductive.It is thermally conductive that this heat-conducting mode speed is higher than radiation.
In the temperature rise period, the introducing of internal new heat source and high-efficiency heat conduction mode, so that the screen section whole heating-up time shortens.Through
The time spent in practice, glass screen section is raised to safely assigned temperature, shorten to 4~6h from 13~17h of original technique.
Similarly, in temperature-fall period, be inserted into heat-conducting plate between different screen sections by as new high efficiency heat absorption body directly from glass
Glass screen intersegmental part siphons away heat, the time required to shortening its cooling.Through practicing, the glass screen section safety cooling time is from original technique
74~77h shorten to 50~53h.
In addition, the steel plate of excellent thermal conductivity, bulk temperature difference very little.Therefore glass screen section section each position contact
To heat source (or the heat being sucked away) it is almost the same.This also plays relaxation effect to screen intersegmental part lip temperature difference.It protects
The thermal stress of quality will not be had an impact because internal edge temperature difference is excessive by having demonstrate,proved the screen section during heating (or cooling).
2. debugging optimization
Mainly for the high temperature zone position debugging before compacting.In order to increase high-temperature area range, large volume fibre faceplate system
Make technique using the mode of adjustment electric furnace heating wire density, practice is got up fairly cumbersome.The present invention gives up this mode, is changed to
The mode of burner hearth cavity addition overcover.Specific implementation method is as follows:
1) appropriate increase, is done to defined fusion pressure temperature to adjust and (increase about 15~25 DEG C), keeps glass screen section temperature lower
Position can also reach suitable fusion pressure temperature.But in this way there is temperature drift in glass screen section portion；
2) a measurement temperature, is taken along short transverse to the burner hearth for being heated to the highest temperature, statistical data determines its longitudinal temperature
Field distribution；
3) suitable overcover (mineral wool etc.), is chosen, place mat is carried out along burner hearth cavity with certain thickness；
4) step 2, is repeated, until burner hearth upper and lower temperature difference is in OK range in the stipulated time.If temperature up and down
Difference is unsatisfactory for requiring, then continues to adjust overcover thickness or height.
3. equipment is simplified
The mold that large volume fibre faceplate manufacture craft uses, regardless of quality or all far super normal mold of volume.Therefore furnace
The hot melts such as thorax, furnace core and hydraulic press pressure equipment also must be increased correspondingly.The development or purchase of these equipment are one very big
Expense.
The novel die that large area fibre faceplate manufacture craft uses takes completely new structure design, is guaranteeing to use
Significantly reduce mould volume and quality while intensity.In addition, the plate components Combination Design that mold uses avoids greatly
The introducing of block steel makes its maintenance difficulties and cost decline (only needing to change components).New positioning system then ensure that
Mold also ensures preferable globality under the premise of components increase.
The successful optimization of mold use it can also in normal burner hearth.Therefore the production of large area fibre faceplate is not required to
Other special hot melt pressure equipment in addition to mold are developed, the reduction of development cost and the raising of equipment wide usage are realized.
The several major design detailed annotations of the fusion pressure mold are as follows:
1) introducing of high-performance heat-conducting plate
Muti-piece high-performance heat-conducting plate is introduced in the middle part of the mold, to realize the efficient of all glass screen sections of mould inside
Rate, a wide range of uniform heat conduction.In addition, there are also resistance to compression, the positioning of auxiliary screen section and molding effects for these heat conduction baffles.
2) design of mold " anti-to kill " structure
Since the thermal expansion coefficient of metal is much larger than glass, along with the effect of expanding with heat and contract with cold, metal die must in cooling
The fixed squeezing action by inner glass blank.If handling bad, gently if seizure or metaboly occurs, when serious
It may result in chunk glass and burst damage.General glass-forming die can be designed to deal with this by reasonable structure and ask
Topic.This mold is also such.
The design of " anti-to kill " structure is precisely in order to guarantee that mold can be dismantled smoothly after cooling and be designed.On mold
For square pressing plate, we are done segmentation design, while a sloping platform stage structure is inserted among pressing plate II and pressing plate III.Work as mould
When the certain pressure that tool is applied by top, due to the presence of step structure, pressing plate II and pressing plate III cannot produce in the horizontal direction
Raw relative displacement, the two can be considered the entirety that can not divide；And when top pressure removes, and mold starts cooling, if by
Lateral separation can occur for the extrusion stress generated to chunk glass, pressing plate II and pressing plate III, eliminate pressure.It both can guarantee in this way
Smoothly demoulding, and chunk glass can be protected not burst.
3) realization of mold entirety Assembly stability
Not only volume, quality are greater than general mold, inner components quantity to the mold of compacting large area fibre faceplate
Compare more.Therefore the problem of must be taken into consideration when the Assembly stability of mold is also design.
In this mold, a kind of " whole positioning " system is devised.The characteristics of system, is: when all positioned zero portions of mold
When part assembling finishes, mold is integrally stable and firm；And when a certain piece of components are removed in system, entire positioning system
Will be entirely ineffective, stripping operation can be readily accomplished.This Assembly stability for designing while ensure that mold and quick detachable property,
Has higher promotional value.
The principle of the positioning system is: connection type (this cooperation of loose fit is all used between any two components
Locating piece can be effectively prevented in mode and locating slot occurs to press from both sides dead problem), it is fixed that locating piece only guarantees wherein to have on one side with locating slot
Position contact, another side stay seam.Therefore adjacent components can generate relative displacement along specific direction.Baffle and pressure located above
The cooperation of plate is so that baffle past can only move right, and the cooperation of baffle and underlying pressing plate move to left baffle can only past
It is dynamic.In this way when three's assembly finishes, baffle will position completely.Other components are similarly.All positioning components are all linked with one another,
It finally joins end to end again, is achieved that the stabilization of mold entirety.As long as and one of positioning components of dismantling, so that it may according to
Certain sequence removes other components one by one, finally completes demoulding.
4) design of two side baffle of mold " reinforcing positioning bar "
In view of two side baffle of mold will be easy to happen Curved by biggish extrusion stress during heating pressure
Become, it is therefore necessary to design reinforcing rib structure (the simple baffle that thickeies can excessively increase mold weight) for it, it is strong to guarantee that it is used
Degree.
In this mold, we are not only that baffle is added to reinforcing rib structure, also by the structure and above-mentioned positioning system phase
In conjunction with the positioning of upper lower platen being carried out using the slot position between adjacent said rib, to complete the foundation of entire positioning system.
This way for making same structure functional diversities, dramatically saves mould volume, guarantees that it can make in normal burner hearth
With.
Cooperate the use of fusion pressure mold, the basic production process of large area fibre faceplate is as follows:
1) furnace temperature zone range is adjusted by the way of adding suitable overcover；
2) the complex light fibril met the requirements is drawn, and " vibration plate-laying " technique is used to carry out plate-laying；
3) the screen section sequenced is put into fusion pressure mold, after completing mold assembling, mold is put into normal burner hearth；
4) burner hearth passes through process control heating-cooling.Each temperature nodes refer to large volume fibre faceplate manufacture craft；Each stage
Time does scaled-back on its basis, according to specific equipment situation；
5) screen section is taken out in demoulding, successively carries out roughing and finishing to it, obtains finished product.
The present invention skips and first prepares the step of large volume fibre faceplate blank is cut again, straight using newly developed equipment
It connects and prepares large area fibre faceplate blank, to avoid difficulty highest in entire preparation flow, time-consuming longest, capital investment are most
In more stages, realize technological innovation.
The present invention develops the mold of compacting large area fibre faceplate blank.It is specific for large volume fibre faceplate pressing die
Product quality is big, and thermal conduction time is long, need a series of mating other special equipments come using the problems such as, present invention employs a kind of completely new
Fusion pressure mold design.The mold uses new positioning and pressure-bearing disassembling system, and use intensity is high, and volume mass is small, Ke Yipei
It closes normal device to use, also very easy to process and maintenance.Meanwhile new internal structure enhances mold system in entire fusion pressure
The capacity of heat transmission in the process is the key that fusion pressure and annealing process time is greatly shortened.According to preliminary test, new mold is used
Fusion pressure and annealing are carried out, can shorten the process time is total to about 33~35h.
Present invention uses new furnace temperature zone range testing and measuring technologies.It needs for the prior art through continuous disassemblerassembler
Warm area is debugged repeatedly, is taken time and effort and problem that flexibility is not high, and the present invention cooperates fusion pressure mold to use to increase overcover
Warm area testing and measuring technology.The technique is not only easy to use, and can be adjusted at any time according to different sized products, flexibly
Property it is high.
Present invention uses new plate-laying modes.The manual plate-laying process efficiency used for large volume fibre faceplate is low
Under, the problem of large labor intensity, present invention employs the new processes of vibration plate-laying.According to preliminary test, vibration plate-laying technique is used
Plate-laying efficiency is greatly improved in the plate-laying time that about 66% can be saved, and saves artificial.
The present invention skips the step of preparation large volume fibre faceplate blank, directly prepares large area fibre faceplate blank,
To avoid difficulty highest in entire preparation flow, time-consuming longest, capital investment most stage, by large area fibre faceplate
Optimum preparation condition, simplification realize technological innovation.
Certainly, the invention is not limited to above embodiment, and those skilled in the art are without prejudice to originally
Equivalent deformation or replacement can be also made under the premise of spirit, these equivalent deformations or replacement are all contained in the application right
It is required that in limited range.
Claims (6)
1. a kind of large area fibre faceplate compacting tool set, it is characterised in that: the big face including compacting needed for being arranged at least one piece
The above and below pressing plate of area fibers panel (1) and the symmetrically arranged baffle in side (3), each large area fibre faceplate (1)
Evenly distributed and be respectively provided with heat-conducting plate (5) on front and back two sides, the pressing plate includes setting pressing plate I (21) and pressing plate II (22), institute
It states and is additionally provided with pressing plate III (23) on pressing plate, the pressing plate II (22) is equipped with groove, and the pressing plate III (23) is equipped with and groove
The boss to match.
2. large area fibre faceplate compacting tool set according to claim 1, it is characterised in that: the groove is in boss
Right-angled trapezium.
3. large area fibre faceplate compacting tool set according to claim 1, it is characterised in that: each pressing plate II (22) and
Locating convex block (6) are equipped between each pressing plate III (23).
4. large area fibre faceplate compacting tool set according to claim 1, it is characterised in that: on the baffle (3) uniformly
At least two reinforcing ribs (4) are provided with, are additionally provided with locating convex block (6) on the pressing plate, the locating convex block (6), which is embedded in, respectively to be added
Between strengthening tendons (4).
5. large area fibre faceplate compacting tool set according to claim 3 or 4, it is characterised in that: each locating convex block (6)
With clearance fit is combined into, locating convex block located above (6) contacts the one side in face, and the locating convex block being located below (6) supports
Connect the another side of opposite direction.
6. large area fibre faceplate compacting tool set as claimed in any of claims 1 to 4, it is characterised in that: described
Pressing plate and baffle (3) are wedge surface cooperation.
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| US6487351B1 (en) * | 2000-11-06 | 2002-11-26 | Schott Fiber Optics | Fiber optic faceplate |
| CN1828348A (en) * | 2005-12-29 | 2006-09-06 | 广州光导纤维厂 | Production method of small section flexible optical fibre bundle for transmitting image using acid soluble method |
| CN101493545A (en) * | 2008-01-25 | 2009-07-29 | 中国科学院西安光学精密机械研究所 | Microstructure optical fiber panel and application thereof in imaging technique |
| CN101893734A (en) * | 2010-07-28 | 2010-11-24 | 山西长城微光器材股份有限公司 | Manufacturing method of large-size fiber optic faceplate |
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