CN208076759U - Test optical fiber is tubaeform, and band tooth shelves slot plane compression bonding apparatus - Google Patents
Test optical fiber is tubaeform, and band tooth shelves slot plane compression bonding apparatus Download PDFInfo
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- CN208076759U CN208076759U CN201820658327.1U CN201820658327U CN208076759U CN 208076759 U CN208076759 U CN 208076759U CN 201820658327 U CN201820658327 U CN 201820658327U CN 208076759 U CN208076759 U CN 208076759U
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Abstract
The utility model is related to a kind of tubaeform band teeth of test optical fiber to shelve slot plane compression bonding apparatus, it is main to shelve slot including the tubaeform band tooth of test optical fiber and crimp fixed plate with tooth, slot is shelved by tubaeform optical fiber tooth form to form, wherein include horn section, straight-tube portion and tooth mouth, horn section is connected to horizontal connecting plate with holes and is seamlessly transitted to realize.Tubaeform optical fiber tooth form is shelved slot and is located in fixed connected unit and mobile connected unit, and top is equipped with band tooth and crimps fixed plate.The utility model uses the tubaeform optical fiber compression bonding apparatus with tooth form, and the crimping for being conducive to light is separated into pencil, and using cold joint or welding mode, the testing time can be effectively shortened by avoiding, and substantially increase the testing efficiency of optical fiber.
Description
Technical field
The utility model is related to be related to field of optical fiber equipment, especially a kind of tubaeform band tooth of test optical fiber shelves slot plane
Compression bonding apparatus.
Background technology
In recent years, with the rapid development of economy, the fields such as communication, internet also experienced high speed development, and optical fiber
The performance excellent by feat of its plays vital effect in the process.It is compared to traditional copper cable wire rod, optical fiber
Not only the transmission quality of signal can be significantly improved, transmission range is additionally substantially increased.
However, in optical fiber manufacture and during use, it will usually there are quality problems, so as to cause transmission signal not
It is good, therefore optical fiber need to be tested, test optical fiber press-contact connection apparatus just comes into being.Optical time domain reflectometer (OTDR) connects
One preset tail optical fiber connects tested optical fiber by way of optical fiber cold connection or welding later and is detected.However it can be fused fiber splice
There is significant limitation in use, mainly there is the following：It is of high cost, remove 1. need mating cold joint terminal or heat sealing machine
Fortune is difficult；2. when optical fiber both ends cold joint or welding, construction process requirement is fine, and detection difficulty of construction is big；3. joint efficiency is low, light
Fine cold joint or weld time are longer, reduce the efficiency that optical fiber whole process measures and optical fiber operating condition detects.
Invention content
The purpose of this utility model is to provide a kind of tubaeform band tooth of test optical fiber and shelves slot plane compression bonding apparatus, with
It solves the problems, such as mentioned by background above technology, the device assembly is convenient, can be recycled, has saved cost, and process is simple, drop
Low difficulty of test, shortens the testing time, substantially increases the testing efficiency of optical fiber.
The purpose of this utility model can be realized by the following method：
A kind of test optical fiber press-contact connection apparatus, it is characterised in that include mainly：Tubaeform optical fiber tooth form shelves slot, with holes
Horizontal connecting plate, band tooth crimping fixed plate, optical fiber flattens riser, optical fiber flattens tablet, vertical optical fiber divides orifice plate, optical fiber crimping is led
Slot, optical fiber, U-shaped docking guide groove, docking guide plate.It is smoothed to realize that horn section is connected to horizontal connecting plate with holes
It crosses, with holes point of orifice plate of vertical optical fiber is equipped with after horizontal connecting plate with holes.Tubaeform optical fiber tooth form shelves slot and is located at fixed company
It connects on platform and mobile connected unit.
In some embodiments, fixed connected unit is fixed on landing slab, and right side is equipped with railway limit baffle, mobile
Connected unit can realize sliding by the through track being located on landing slab.
In some embodiments, fixed connected unit and mobile connected unit are by docking guide plate docking.Fixed company
It connecing platform and mobile connected unit end is respectively equipped with semicircle latch arm hole, end top is equipped with docking guide plate in the middle part of connected unit,
It docks and is equipped with optical fiber crimping guide groove and U-shaped docking guide groove above guide plate.
In some embodiments, mobile connected unit is docked by through track with fixed connected unit, in order to ensure
It is consolidated after mobile connected unit splicing, railway limit baffle is equipped on the right side of fixed connected unit, is set on the right side of mobile connected unit
There is wedge-shaped pin plate to realize stuck fixation.
In some embodiments, horn section top is equipped with optical fiber and flattens tablet, and band tooth crimping fixed plate has light
Fibre flattens riser, can be achieved to carry out pressing processing to optical fiber above horn section.
In some embodiments, tubaeform optical fiber tooth form shelves slot
Top is equipped with band tooth and crimps fixed plate, and optical fiber tooth form that optical fiber is tubaeform is squeezed after shelving slot by tooth mouth, band
Tooth, which crimps fixed plate and pushes that optical fiber can be crimped, disperses fasciculation, and band tooth crimping fixed plate fixes tightening latch and crimping by crimping plate
Fixed plate nut is fastenedly connected with connected unit realization.
The utility model has the characteristics that following and advantageous effect：
1, the utility model is related to the tubaeform band tooth of test optical fiber shelve slot plane compression bonding apparatus, it is ensured that optical fiber point
Fasciculation is dissipated, the connection speed of optical fiber is improved.
2, the band tooth that the utility model uses crimps fixed plate, it is ensured that optical fiber flattens dispersion, shortens and wears the fine time, solves
Than relatively time-consuming problem when reel of having determined is surveyed.
3, the utility model is related to the tubaeform band tooth of test optical fiber shelve slot plane compression bonding apparatus, splicing is convenient, process
Simply, improve disassembly efficiency, improve the running efficiency of device, device is repeatable to be recycled, greatly reduce test at
This.
Description of the drawings
Fig. 1 is that the tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus splicing plan view；
Fig. 2 is that the tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus floor plan；
Fig. 3 is that the tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus profilograph.
In figure：1- height adjustables paralell, 2- landing slabs, the fixed connected units of 3-, 4- movable types connected unit, 5- teeth
Item, 6- straight-tube portions, 7- horn sections, 8- crimping fixed plates nut, 9- semicircles latch arm hole, 10- adjusting bolts, 11- tune
Save nuts, the through tracks of 12-, 13- railway limits baffle, 14- wedge shapes pin plate, 15- paralells pedestal, 16- is tubaeform light
Fine tooth form shelve slot, 17- teeth mouth, 18- horizontal connecting plates with holes, 19- band tooth crimping fixed plate, 20- crimping plate standing screw,
21- optical fiber flattens riser, 22- optical fiber flattens tablet, the vertical optical fiber of 23- divides orifice plate, 24- optical fiber crimping guide groove, 25- optical fiber, 26-
U-shaped docks guide groove, 27- docks guide plate.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, the every other embodiment that those of ordinary skill in the art are obtained all belongs to
In the range of the utility model protection.
It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper",
The orientation of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" or position are closed
System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without
It is instruction or implies that signified device or element must have a particular orientation, with specific azimuth configuration and operation, therefore on
Term is stated to should not be understood as limiting the present invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is no
It can be interpreted as the limitation to quantity.
Fig. 1 be the tubaeform band tooth of test optical fiber shelve slot plane compression bonding apparatus splicing plan view include mainly：Landing slab 2,
Fixed connected unit 3, mobile connected unit 4, semicircle latch arm hole 9, through track 12, wedge-shaped pin plate 14, horizontal pin 15,
Tubaeform optical fiber tooth form shelves slot 16, horizontal connecting plate with holes 18, band tooth crimping fixed plate 19, optical fiber and flattens riser 21, optical fiber
Flatten tablet 22, vertical optical fiber divides orifice plate 23, optical fiber crimping guide groove 24, optical fiber 25, U-shaped docking guide groove 26, docks guide plate
27.Horn section 7 is connected to horizontal connecting plate 18 with holes and is seamlessly transitted to realize, is equipped with after horizontal connecting plate 18 with holes perpendicular
To with holes point of orifice plate 23 of optical fiber.Tubaeform optical fiber tooth form is shelved slot 16 and is located in fixed connected unit 3 and mobile connected unit 4.
Fixed connected unit 3 is fixed on landing slab 2, and right side is equipped with railway limit baffle 13, and mobile connected unit 4 can be flat by being located at
Through track 12 on platen 2 realizes sliding.Fixed connected unit 3 and 4 end of mobile connected unit are respectively equipped with semicircle
Latch arm hole 9, connected unit middle part end top are equipped with docking guide plate 27, dock and crimp guide groove 24 equipped with optical fiber above guide plate 27
Guide groove 26 is docked with U-shaped.Mobile connected unit 4 is docked by through track 12 with fixed connected unit 3, in order to ensure to move
Dynamic formula connected unit 4 consolidates after splicing, and railway limit baffle 13,4 right side of mobile connected unit are equipped on 3 right side of fixed connected unit
Equipped with wedge-shaped pin plate 14 to realize stuck fixation.Fixed connected unit 3 and mobile connected unit 4 are right by docking guide plate 27
It connects.7 top of horn section is equipped with optical fiber and flattens tablet 22, and band tooth crimping fixed plate 19 has optical fiber and flattens riser 21,
7 top of horn section can be achieved to carry out pressing processing to optical fiber 25.Tubaeform optical fiber tooth form shelves 16 top of slot and is equipped with band tooth
Fixed plate 19 is crimped, 25 tubaeform optical fiber tooth form of optical fiber is squeezed after shelving slot 16 by tooth mouth 17, and band tooth crimps fixed plate
19 push and can fix the crimping dispersion fasciculation of optical fiber 25, band tooth crimping fixed plate 19 by crimping plate fixation tightening latch 20 and crimping
Plate nut 8 is fastenedly connected with connected unit realization.
Fig. 2 is that the tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus floor plan and includes mainly：Landing slab 2,
Fixed connected unit 3, mobile connected unit 4, semicircle latch arm hole 9, through track 12, tubaeform optical fiber tooth form shelve slot
16, horizontal connecting plate 18 with holes, band tooth crimping fixed plate 19, optical fiber flatten riser 21, optical fiber pressing tablet 22, vertical optical fiber point
Orifice plate 23, optical fiber crimping guide groove 24, optical fiber 25, U-shaped docking guide groove 26, docking guide plate 27.Horn section 7 is connected to holes
Horizontal connecting plate 18 seamlessly transits to realize, with holes point of orifice plate 23 of vertical optical fiber is equipped with after horizontal connecting plate 18 with holes.Loudspeaker
Shape optical fiber tooth form is shelved slot 16 and is located in fixed connected unit 3 and mobile connected unit 4.Fixed connected unit 3 is fixed on flat
On platen 2, right side is equipped with railway limit baffle 13, and mobile connected unit 4 can be by the through track 12 that is located on landing slab 2
Realize sliding.Fixed connected unit 3 and 4 end of mobile connected unit are respectively equipped with semicircle latch arm hole 9, connected unit middle part end
Top is equipped with docking guide plate 27, and 27 top of docking guide plate is equipped with optical fiber crimping guide groove 24 and U-shaped docks guide groove 26.It is fixed
Formula connected unit 3 and mobile connected unit 4 are docked by docking guide plate 27.7 top of horn section is equipped with optical fiber and flattens tablet
22, band tooth crimping fixed plate 19 has optical fiber and flattens riser 21, can be achieved to press optical fiber 25 above horn section 7
Flat processing.25 tubaeform optical fiber tooth form of optical fiber is squeezed after shelving slot 16 by tooth mouth 17, and band tooth crimping fixed plate 19 pushes
Optical fiber 25 can be crimped to dispersion fasciculation, band tooth crimping fixed plate 19 fixes tightening latch 20 and crimping fixed plate nut by crimping plate
8 are fastenedly connected with connected unit realization.
Fig. 3 is that the tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus profilograph and includes mainly：Height adjustable
It is paralell 1, landing slab 2, fixed connected unit 3, mobile connected unit 4, semicircle latch arm hole 9, through track 12, tubaeform
Optical fiber tooth form shelves slot 16, horizontal connecting plate with holes 18, band tooth crimping fixed plate 19, optical fiber pressing riser 21, optical fiber and flattens and put down
Plate 22, vertical optical fiber divide orifice plate 23, optical fiber crimping guide groove 24, optical fiber 25, U-shaped docking guide groove 26, docking guide plate 27, platform
Frame pedestal 15, adjusting bolt cap 11, adjusting bolt 11.Absolute altitude adjustable paralell 1 is by paralell pedestal 15, adjusting bolt cap
11, adjusting bolt 11 forms, and landing slab 2 is connect with absolute altitude adjustable paralell 1 by adjusting bolt 11 and adjusting bolt cap 10,
It can realize that the absolute altitude of landing slab 2 is adjusted by controlling to adjust bolt 11.Horn section 7 be connected to horizontal connecting plate with holes 18 to
Realization seamlessly transits, and with holes point of orifice plate 23 of vertical optical fiber is equipped with after horizontal connecting plate 18 with holes.Tubaeform optical fiber tooth form is shelved
Slot 16 is located in fixed connected unit 3 and mobile connected unit 4.Fixed connected unit 3 is fixed on landing slab 2, and right side is equipped with
Railway limit baffle 13, mobile connected unit 4 can realize sliding by the through track 12 being located on landing slab 2.It is fixed
Connected unit 3 and 4 end of mobile connected unit are respectively equipped with semicircle latch arm hole 9, and end top is led equipped with docking in the middle part of connected unit
To plate 27,27 top of docking guide plate is equipped with optical fiber crimping guide groove 24 and U-shaped docks guide groove 26.Fixed connected unit 3 and shifting
Dynamic formula connected unit 4 is docked by docking guide plate 27.7 top of horn section is equipped with optical fiber and flattens tablet 22, and band tooth crimping is solid
Fixed board 19 has optical fiber and flattens riser 21, can be achieved to carry out pressing processing to optical fiber 25 above horn section 7.It is tubaeform
Optical fiber tooth form shelves 16 top of slot and is equipped with band tooth crimping fixed plate 19, and band tooth crimping 19 lower bands of fixed plate have rack 5, are used for light
The crimping of fibre 25 disperses fasciculation, band tooth crimping fixed plate 19 by crimp plate fix tightening latch 20 and crimping fixed plate nut 8 and
Connected unit realization is fastenedly connected.
The utility model is not limited to above-mentioned preferred forms, anyone can obtain under the enlightenment of the utility model
Other various forms of products, however, make any variation in its shape or structure, it is every that there is same as the present application or phase
Approximate technical solution, all falls within the scope of protection of the utility model.
Claims (6)
1. a kind of tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus, including fixed connected unit (3), mobile connection
Platform (4) and landing slab (2), the landing slab (2) are equipped with through track (12), and fixed connected unit (3) fixation is set
It sets on through track (12), the movable type connected unit (4) is slidably disposed on through track (12), feature
It is, the fixed connected unit (3) and mobile connected unit (4) shelve slot (16), with holes including tubaeform optical fiber tooth form
Horizontal connecting plate (18), band tooth crimping fixed plate (19), optical fiber flatten riser (21), optical fiber flattens tablet (22), vertical optical fiber
Divide orifice plate (23), optical fiber crimping guide groove (24), optical fiber (25), U-shaped docking guide groove (26), docking guide plate (27), the loudspeaker
Shape optical fiber tooth form shelves slot (16) front end and is equipped with horn section (7), and horn section (7) is connected to horizontal connecting plate with holes
(18) it is seamlessly transitted to realize, with holes point of orifice plate (23) of vertical optical fiber, institute is equipped with after the horizontal connecting plate (18) with holes
It states tubaeform optical fiber tooth form and shelves slot (16) and be located in fixed connected unit (3) and mobile connected unit (4).
2. a kind of tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus according to claim 1, which is characterized in that institute
The fixed connected unit (3) stated is fixed on landing slab (2), and right side is equipped with railway limit baffle (13).
3. a kind of tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus according to claim 1, which is characterized in that institute
The fixed connected unit (3) stated and mobile connected unit (4) are docked by docking guide plate (27), fixed connected unit (3) and
Mobile connected unit (4) end is equipped with semicircle latch arm hole (9), fixed connected unit (3) and mobile connected unit (4) middle part
It is equipped with docking guide plate (27) above end, optical fiber crimping guide groove (24) and U-shaped docking are equipped with above docking guide plate (27)
Guide groove (26).
4. a kind of tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus according to claim 1, which is characterized in that institute
The mobile connected unit (4) stated is docked by through track (12) with fixed connected unit (3), the movable type connected unit
(4) right side is equipped with wedge-shaped pin plate (14).
5. a kind of tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus according to claim 1, which is characterized in that institute
Horn section (7) top stated is equipped with optical fiber and flattens tablet (22), and it is perpendicular that band tooth crimping fixed plate (19) has optical fiber pressing
Plate (21) can be achieved to carry out pressing processing to optical fiber (25) above horn section (7).
6. a kind of tubaeform band tooth of test optical fiber shelves slot plane compression bonding apparatus according to claim 1, which is characterized in that institute
The tubaeform optical fiber tooth form stated shelves slot (16) top and is equipped with band tooth crimping fixed plate (19), optical fiber tooth form that optical fiber (25) is tubaeform
It is squeezed by tooth mouth (17) after shelving slot (16), band tooth crimping fixed plate (19) pushes that optical fiber (25) can be crimped and is dispersed into
Pencil, band tooth crimping fixed plate (19) are realized by crimping plate fixation tightening latch (20) and crimping fixed plate nut (8) with connected unit
It is fastenedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820658327.1U CN208076759U (en) | 2018-05-04 | 2018-05-04 | Test optical fiber is tubaeform, and band tooth shelves slot plane compression bonding apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820658327.1U CN208076759U (en) | 2018-05-04 | 2018-05-04 | Test optical fiber is tubaeform, and band tooth shelves slot plane compression bonding apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208076759U true CN208076759U (en) | 2018-11-09 |
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ID=64045458
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820658327.1U Active CN208076759U (en) | 2018-05-04 | 2018-05-04 | Test optical fiber is tubaeform, and band tooth shelves slot plane compression bonding apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208076759U (en) |
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2018
- 2018-05-04 CN CN201820658327.1U patent/CN208076759U/en active Active
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