CN208432753U - The optical fiber that a kind of operation of low technical requires exempts from molten connection system - Google Patents
The optical fiber that a kind of operation of low technical requires exempts from molten connection system Download PDFInfo
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- CN208432753U CN208432753U CN201820195657.1U CN201820195657U CN208432753U CN 208432753 U CN208432753 U CN 208432753U CN 201820195657 U CN201820195657 U CN 201820195657U CN 208432753 U CN208432753 U CN 208432753U
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Abstract
The optical fiber required the utility model relates to a kind of operation of low technical exempts from molten connection system.Exempt from molten double-fiber it is characterized by comprising multi-functional and exempt from molten connector at end-apparatus and optical fiber, it is described that multi-functional to exempt from molten double-fiber into end-apparatus include pedestal, coating stripping module is set on the pedestal, it can be carried out the coat of optical fibre fixed-length degree protection and the single or double optical fiber of measured length stripping, fixed optical fibre fixed-length degree structure is set on pedestal and is not necessarily to the optical fiber of adjusting into terminal structure including integration, the optical fiber includes knife rest at terminal structure, fixed blade on the knife rest, the blade is one section of cambered blade, blade is provided with location hole for positioning fixation, optical fiber protects stripping through measured length, measured length is cut into behind end to be inserted directly into optical fiber and exempt from molten connector and carries out exempting from molten docking.The utility model substantially reduces the technical ability control and requirement of operator, and matched tool specialization, customization, consistent performance are high, artificially controls precision without personnel, improves work quality and efficiency.
Description
Technical field
The optical fiber required the utility model relates to a kind of operation of low technical exempts from molten connection system.
Background technique
The quick connection product of optical fiber at present needs to distinguish because product is to belong to two different products from supporting tool
Buying matches, and tool belongs to universal non-dedicated, can not be that meet the requirements of various products without adjustment, in addition
Majority optical fiber connector its reasons in structure at present, it is short that protection lotion is easy to run off service life, and entire optical fiber is assembled and needed
Will about 8-13 step (-- clamps -- need the control of personnel's technical ability to strip coating -- cleaning optical fiber -- clamping by a, stripping fiber optic cables
Tool -- need personnel's technical ability control cutting optical fibre -- complete optical fiber Cheng Duan, b, open connector docking switch-penetrate optical fiber -- need people
Member's technical ability control adjustment optical fiber micro-bending -- tightening nuts -- closing fiber alignment switch -- put on shell and complete assembling), due to behaviour
It is relatively high to make skill requirement, complex for operation step, for device architecture there is also shortcoming, supporting tool also needs continuous adjustment to repair
The problems such as, each step is likely to occur mistake, causes the connection that optical fiber can not be reliable and stable, it is physical to be unable to ensure optical fiber
Connection, failure is more when use,
Utility model content
The utility model is directed to disadvantage of the existing technology, and the optical fiber for providing a kind of low technical operation requirement exempts from molten connection
System greatly reduces operation and requires, and under the premise of being reliably connected, is truly realized " fool " operation, more with tailored version
Function can exempt from molten double optical fiber and cooperate at end-apparatus, exempt from fusant rationality pair with the optical fiber that simple technical ability can be realized intimate 100%
It connects.
The optical fiber that a kind of operation of low technical requires exempts from molten connection system, it is characterised in that exempts from molten double-fiber Cheng Duan including multi-functional
Device and optical fiber exempt from molten connector, it is described it is multi-functional to exempt from molten double-fiber into end-apparatus include pedestal, coating is set on the pedestal and is opened
Module is shelled, the coat of optical fibre fixed-length degree protection and the single or double optical fiber of measured length stripping is can be carried out, fixed light is set on pedestal
Fine measured length structure and including integration without adjust optical fiber at terminal structure, the optical fiber includes knife rest at terminal structure, institute
Fixed blade on the knife rest stated, the blade are one section of cambered blade, and blade is provided with location hole for positioning fixation, optical fiber
It is inserted directly into optical fiber after measured length protects stripping, measured length to be cut into end exempts from molten connector and carries out exempting from molten docking.
The molten connector of exempting from includes connector body, and setting high-precision optical fiber exempts from molten interfacing part in connector body,
Fiber alignment channel is arranged in the interfacing part, and fiber alignment channel two sides are in 90 °, and width suitable for reading is 0.220-0.230mm,
Preferably 0.225, there are fiber alignment latch and high-precision limit self switch, the self-lock switch on the interfacing part
It positioned with position limiting structure precision-fit before and after connector body, be fixed on specific position.Optical fiber exempts from molten connector in use, optical fiber
Interfacing part and butt-joint locking plate can generate a displacement, and the high-precision self-lock switch has linked fiber alignment latch, sharp
Fiber alignment locking is generated with this displacement difference, the optical fiber for realizing a kind of low technical operation requirement exempts from molten connection.
The coating stripping module includes dual-fiber-channel, and coating stripping blade is arranged in the one end of dual-fiber-channel,
The coating stripping blade includes upper and lower two blades, and the blade on top is mounted on elastic capping, opens on the blade
There are two coating stripping mouth, the stripping mouth face dual-fiber-channel, in the other end setting of the dual-fiber-channel
Groove.
"u"-shaped groove is formed on the knife rest, the cambered blade is provided with location hole and knife rest positions, the arc
Shape blade is fixed by screws in "u"-shaped groove.
Middle base is arranged in the top of the pedestal, and the optical fiber penetrates channel and is arranged in middle base, and optical fiber penetrates logical
The rear portion in road is also provided with an inner groovy, and the two sides setting skin of the inner groovy pulls clamping block.
Part protrusion is formed outside the fiber alignment latch, the optical fiber high-precision self-lock switch is a set
Part, the interior setting of external member and fiber alignment latch outer projection mating structures block.Fiber alignment latch and optical fiber self-lock switch
The two cooperates for discharging and locking optical fiber, is realized by the transformation of locking switch mating structures block position.In connector body
Front position-limit mechanism and rear portion position-limit mechanism are set, accurate self-lock switch is precisely limited in initial release state, positioning accuracy
For 0.05mm, by the displacement of fiber alignment part and optical fiber latch when use, causes self-lock switch shift in position, change optical fiber
Release conditions be locking state.
The fiber alignment part forms two baffles on the outside, forms inclined bottom plate, two inclined bottom plates on the inside of two baffles
Between formed fiber alignment channel.It is in 45 degree of angles between the bottom in fiber alignment channel and two inclined bottom plates, it is ensured that optic fibre force
Maximum realizes optimum physical docking, the width 0.225mm suitable for reading in fiber alignment channel, precision height.Channel body shape on the outside
The internal optics silicone grease filled, which can be blocked, at two baffles protects cream not to be lost.
Resilient barb structure is arranged in the external of the fiber alignment channel, and the resilient barb structure is formed on top and opened
Mouthful, inner end forms infundibulate guide groove.Infundibulate guide groove ensures to have sufficient space to pass through by optical fiber, protects optical fiber, is formed
Opening makes barb have elasticity.
The two sides of the infundibulate guide groove form the horizontal block of symmetrical limit for height.The setting horizontal block of limit for height makes docking
Block keeps enough spaces that optical fiber is allowed to pass through after cooperating with channel body, and can closed protection optical fiber.
The present invention is exempted from molten double-fiber and is exempted from molten connector innovation at end-apparatus and optical fiber and be used cooperatively, more function by multi-functional
It can exempt from the work that molten double-fiber executes fixed length protection and stripping fibre coating and optical fiber Cheng Duan at end-apparatus, optical fiber exempts from molten connector only
The work for the highly reliable assembling that is over can be executed by penetrating optical fiber, tightening nuts.The present invention can simultaneously stripping and at end two
Optical fiber, innovation greatly reduce the cost of charp tool using cambered blade, and blade has positioning function, can the double optical fiber Cheng Duan of fixed length.It is right
The technical ability of operator controls and requirement substantially reduces, and matched tool specialization, customization, consistent performance are high, is not necessarily to people
The artificial control precision of member, improves work quality and efficiency.
Detailed description of the invention
Fig. 1 is multi-functional to exempt from molten double-fiber into the structural schematic diagram of end-apparatus.
Fig. 2 is multi-functional to exempt from molten double-fiber into the schematic diagram of internal structure of end-apparatus.
Fig. 3 is multi-functional to exempt from molten double-fiber into the front portion structure schematic diagram of end-apparatus
Fig. 4 is the overall structure diagram that high-precision optical fiber exempts from molten interfacing part.
Fig. 5 is the structural schematic diagram for another angle that high-precision optical fiber exempts from molten interfacing part.
Fig. 6 is the schematic diagram of internal structure that high-precision optical fiber exempts from molten interfacing part.
Fig. 7 is the assembling schematic diagram that high-precision optical fiber exempts from molten interfacing part and main component.
Fig. 8 is a kind of structural schematic diagram for exempting from molten connector.
Fig. 9 is another structural schematic diagram for exempting from molten connector.
Specific embodiment
As shown in attached drawing 1-9, the optical fiber that a kind of low technical operation of the invention requires exempts from molten connection system, including multi-functional
Exempt from molten double-fiber and exempts from molten connector 24 at end-apparatus and optical fiber, it is multi-functional to exempt to melt double-fiber into end-apparatus to include pedestal 1, on the pedestal 1
Coating stripping module is set, further includes the optical fiber that is arranged on pedestal into terminal structure, the optical fiber includes knife rest at terminal structure
11, the described knife rest installation on the slide rail 10, knife rest can be slided along sliding rail level, and fixed blade 12, described on the knife rest
Blade be one section of cambered blade, blade two sides formed location hole 13, the knife rest rear portion setting optical fiber penetrate channel 7,
Optical fiber exempts from molten double-fiber and at end-apparatus stripping fiber optic cables, optical fiber Cheng Duanhou is inserted directly into optical fiber and exempts from molten connector to be docked through multi-functional.
Exempting from molten connector includes connector body, and setting exempts from molten high-precision optical fiber and exempts from molten interfacing part 15 in connector body,
Including fiber alignment channel 21, fiber alignment channel two sides are in 90 °, and width suitable for reading is the top of 0.225mm channel body
Fiber alignment latch 18 is set, has fiber alignment latch and high-precision limit self switch 17, self-lock switch on interfacing part
It positioned with connector body front limit structure 25 and 26 precision-fit of rear position limiting structure, be fixed on specific position, push self-locking opens
It closes and drives fiber alignment latch 18, fiber alignment part and butt-joint locking plate can generate a displacement, high-precision self-lock switch
Linked fiber alignment latch, generates fiber alignment using this displacement difference and locks, and realizes a kind of low technical operation requirement
Optical fiber exempt from molten connection.
Coating stripping module includes dual-fiber-channel 3, and coating stripping blade 5 is arranged in the one end of dual-fiber-channel, described
Coating stripping blade include upper and lower two blades, the blade on top is mounted on elastic capping 4, is provided with two on the blade
Inner groovy is arranged in the other end of a coating stripping mouth, the stripping mouth face dual-fiber-channel 3, the dual-fiber-channel
2。
Sliding rail includes upper and lower two sliding rails, and the knife rest includes frame body, and pipe sleeve is arranged in the rear portion of frame body, described
Pipe sleeve is nested on the slide rail, and the front setting side of the frame body returns knife and shells bar 9, for adjusting the position of knife rest on the slide rail.
"u"-shaped groove is formed on knife rest, the cambered blade is fixed in "u"-shaped groove by screw 14
Middle base is arranged in the top of pedestal 1, and the optical fiber penetrates channel and is arranged in middle base, and optical fiber penetrates channel
Rear portion is also provided with an inner groovy, and the two sides setting skin of the inner groovy pulls clamping block 6.
Protrusion 16 is formed outside fiber alignment latch, the optical fiber self-lock switch is an external member, setting in external member
The convex block to match with fiber alignment latch outer projection.Channel body forms two baffles 20, two baffles insides on the outside
Inclined bottom plate 22 is formed, forms fiber alignment channel between two inclined bottom plates.Resilient barb knot is arranged in the external of fiber alignment channel
Structure 19, the resilient barb structure are formed on top and are open, and inner end forms infundibulate guide groove.The two of infundibulate guide groove
Side forms the horizontal block 23 of symmetrical limit for height.As shown in Figure 7 and Figure 8, exempt from molten connector construction for two kinds of different structures.
The present invention greatly reduces operation and requires, and under the premise of being reliably connected, is truly realized " fool " operation, with
Tailored version is multi-functional to exempt from molten double optical fiber and cooperates at end-apparatus, exempt from fusant reason with the optical fiber that simple technical ability realizes intimate 100%
Property docking.
Fiber cut of the invention is at end-apparatus, and fusion is provided with multiple functions, creative use curved knife on a device
Piece can greatly save cost, there is 2 semicircle location holes on blade, precisely install blade and do not shift.It can be smart simultaneously with 2 optical fiber
Certainly length is cut into end, and because length-fixed structure is molded directly on device surface on device, optical fiber is non-at end consistency each time
Chang Hao, another emphasis, device integration tool holder designs, without manually adjusting during product service life, while anti-drop energy
Power greatly improves, it is ensured that the physical and reliability of fiber alignment.
Listed above is only specific embodiment of the utility model, and the utility model is not limited to above embodiment,
It is acceptable that there are many deformations.Those skilled in the art directly can export or associate from content disclosed by the utility model
All deformations, be considered as the protection scope of the utility model.
Claims (8)
1. a kind of optical fiber that low technical operation requires exempts from molten connection system, it is characterised in that exempt from molten double-fiber into end-apparatus including multi-functional
Exempt from molten connector with optical fiber, it is described it is multi-functional to exempt from molten double-fiber into end-apparatus include pedestal, coating stripping is set on the pedestal
Module can be carried out the coat of optical fibre fixed-length degree protection and the single or double optical fiber of measured length stripping, fixed optical fiber be arranged on pedestal
Measured length structure and including integration without adjust optical fiber at terminal structure, the optical fiber includes knife rest at terminal structure, described
Knife rest on fixed blade, the blade is one section of cambered blade, and blade is provided with location hole for positioning fixation, optical fiber warp
Measured length protection stripping, measured length Cheng Duanhou, which are inserted directly into optical fiber and exempt from molten connector, to carry out exempting from molten docking.
2. a kind of optical fiber that low technical operation requires according to claim 1 exempts from molten connection system, it is characterised in that described
Molten connector of exempting from include connector body, setting high-precision optical fiber exempts from molten interfacing part in connector body, and the interfacing part is set
Fiber alignment channel is set, fiber alignment channel two sides are in 90 °, and width suitable for reading is 0.220-0.230mm, the interfacing part
On have fiber alignment latch and a high-precision self-lock switch, position limiting structure is accurate before and after the self-lock switch and connector body
Cooperation positioning is fixed on specific position.
3. a kind of optical fiber that low technical operation requires according to claim 2 exempts from molten connection system, it is characterised in that described
Coating stripping module be dual-fiber-channel, dual-fiber-channel be provided with fiber lengths limit point, the dual-fiber-channel
Coating stripping blade is arranged in one end, and the coating stripping blade includes upper and lower two blades, and the blade on top is mounted on elasticity
On gland, opened on the blade there are two coating stripping mouth.
4. a kind of optical fiber that low technical operation requires according to claim 3 exempts from molten connection system, it is characterised in that described
Knife rest on form "u"-shaped groove, the cambered blade is provided with location hole, and the cambered blade is fixed by screws in
In "u"-shaped groove.
5. a kind of optical fiber that low technical operation requires according to claim 4 exempts from molten connection system, it is characterised in that described
Middle base is arranged in the top of pedestal, and the optical fiber penetrates channel and is arranged in middle base, and the rear portion that optical fiber penetrates channel is also set
An inner groovy is set, the two sides setting skin of the inner groovy pulls clamping block.
6. a kind of optical fiber that low technical operation requires according to claim 5 exempts from molten connection system, it is characterised in that described
Fiber alignment latch outside form part protrusion, the optical fiber high-precision self-lock switch is an external member, is set in external member
Set the block structure to match with fiber alignment latch outer projection.
7. a kind of optical fiber that low technical operation requires according to claim 6 exempts from molten connection system, it is characterised in that described
Optical fiber exempts from the tail portion setting resilient barb structure of molten interfacing part, and the resilient barb structure is formed on top and is open, described
Butt-joint locking plate tail portion and hatch frame cooperate, and inner end forms infundibulate fiber guiding channel.
8. a kind of optical fiber that low technical operation requires according to claim 7 exempts from molten connection system, it is characterised in that described
The two sides of infundibulate guide channel form the horizontal block of symmetrical limit for height.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820195657.1U CN208432753U (en) | 2018-02-05 | 2018-02-05 | The optical fiber that a kind of operation of low technical requires exempts from molten connection system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820195657.1U CN208432753U (en) | 2018-02-05 | 2018-02-05 | The optical fiber that a kind of operation of low technical requires exempts from molten connection system |
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| CN208432753U true CN208432753U (en) | 2019-01-25 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108152887A (en) * | 2018-02-05 | 2018-06-12 | 杭州雷特通信技术有限公司 | A kind of optical fiber of low technical operation requirement exempts from molten connection system |
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2018
- 2018-02-05 CN CN201820195657.1U patent/CN208432753U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108152887A (en) * | 2018-02-05 | 2018-06-12 | 杭州雷特通信技术有限公司 | A kind of optical fiber of low technical operation requirement exempts from molten connection system |
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