CN102338910A - Method for manufacturing LC type one-piece optical fiber adaptor - Google Patents
Method for manufacturing LC type one-piece optical fiber adaptor Download PDFInfo
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- CN102338910A CN102338910A CN2010102360944A CN201010236094A CN102338910A CN 102338910 A CN102338910 A CN 102338910A CN 2010102360944 A CN2010102360944 A CN 2010102360944A CN 201010236094 A CN201010236094 A CN 201010236094A CN 102338910 A CN102338910 A CN 102338910A
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Abstract
The invention relates to a method for manufacturing an LC type one-piece optical fiber adaptor. The method comprises: a main body, which includes an axial cavity, is provided. The axial cavity is segmented into two halves through a compartment wall; one half part of the axial cavity is formed by a top side-wall, a bottom side-wall, the compartment wall and a right side-wall; and the other half part of the axial cavity is formed by the top side-wall, the bottom side-wall, the compartment wall and a left side-wall. A pair of tabs is formed at an exterior of the main body. A pair of parallel ridges is formed on an internal surface of the bottom side-wall of the axial cavity of the main body. Grooves are respectively formed on the right side-wall and the left side-wall to form four pairs of protrusions. An opening is formed at the top side-wall. Two parts of inner shells are provided and two sleeves are provided; and two parts of the inner shells are combined. The combined two parts of the inner shells are aligned to the coaxial grooves through flangs of parts of the inner shells. And a cover is combined to an opening of the main body; and the cover comprises a bottom plane that is firmly fixed to the surface of the compartment wall.
Description
Technical field
The present invention relates to a kind of method of the LC of manufacturing type single-piece fiber optic adapter, relate to particularly that a kind of more shape is simple and easy on assembling LC type single-piece fiber optic adapter, produce this LC type single-piece fiber optic adapter with comparatively easy manufacturing approach,
Background technology
Optical fiber has made communication produce revolutionary change.After the use of optical fiber increased, it was more and more important repeatedly to dock optical fiber.If want two optical fiber to link together, can use that for example the joints of optical fibre and fiber optic adapter are reached.The joints of optical fibre are located at the two ends of optical fiber usually, can insert in the opening of fiber optic adapter.Fiber optic adapter has two openings, and each is connected each opening with joints of optical fibre.
The LC type optical fiber switching of existing convention is to comprise two identical parts, and each part is made up of the housing of rectangle, on each end and a flange arranged.Be provided with inner housing half in the inside of each part of fiber optic adapter.Inner housing has a right cylinder, and is outward extended with a flange by the right cylinder center section.Each half breakout box portion within it has a spine, makes that inner housing can be through being placed in the breakout box near the opening at flange.In case inner housing is put into each half breakout box, the flange on each half breakout box of ultrasonic fusing and breakout box is welded together.
Above-mentioned design has following problem: when breakout box fixedly the time, the fiber-optic wire that inserts on the connector of breakout box usually can be crooked very naturally.In the case, relevant stress can make the breakout box of two same sections separate over time.To the settling mode of the existing convention of this problem, the breakout box that is to use metal is to strengthen the opposing to these stress.Yet compared to the breakout box that plastic cement is processed, its material cost of metal breakout box is higher with the casting cost.
Therefore; How to design a kind of comparatively easy manufacturing approach and make LC type single-piece fiber optic adapter, make this LC type single-piece fiber optic adapter have less assembly, so comparatively simple and easy in assembling; To solve the bottleneck that existing known techniques is faced, be a present subject under discussion to be solved.
This shows that above-mentioned existing fiber optic adapter obviously still has inconvenience and defective, and demands urgently further improving in method and use.Therefore how to found a kind of method of new manufacturing LC type single-piece fiber optic adapter, also becoming the current industry utmost point needs improved target.
Summary of the invention
The objective of the invention is to; Overcome the defective that existing fiber optic adapter exists; And a kind of method of new manufacturing LC type single-piece fiber optic adapter is provided, technical matters to be solved is to use less assembly assembling, and is comparatively simple and easy on method; Can avoid the relevant problem of existing known techniques whereby, promptly stress makes the problem that half one of two same sections can separate over time.
The object of the invention and solve its technical matters and adopt following technical scheme to realize.A kind of method of making LC type single-piece fiber optic adapter according to the present invention's proposition; Comprising: a body (main body) is provided; This body has an axial cavity (axial cavity), and this axial cavity is to be defined with a left side sidewall (left side-wall) by a top sidewall (top side-wall), a side walls (bottom side-wall), a right sidewall (right side-wall) to form; The district is 2 half ones (half) at a distance from this axial cavity via a partition wall (compartment wall), and this partition wall is parallel at this right sidewall and this left side sidewall, and is connected with this side walls with this top sidewall, and has a surface (surface); Form this half one of axial cavity via top sidewall, side walls, partition wall and right sidewall; An i.e. right axial cavity (right axial cavity); Wherein, one first right opening (first right opening) and one second right opening (second right opening) are respectively formed at two ends (end) of this right side axial cavity; Form this half one of axial cavity via top sidewall, side walls, partition wall and left side sidewall; An i.e. left axial cavity (left axial cavity); Wherein, one first left opening (first left opening) and one second left opening (second left opening) are respectively formed at two ends (end) of this left side axial cavity; Form a pair of lug (tab) in the outside of body (exterior), wherein, this lug position is in right sidewall, and this another lug position is sidewall in the left side; On an inside surface of the side walls of the axial cavity of body, form pair of parallel spine (parallel ridge); To define a groove (groove); Wherein, This was vertical in side walls with this groove to parallel spine, and partition wall is divided into 2 half ones, and this groove position is in the centre of the first right opening and the second right opening and the middle of the first left opening and the second left opening; On right sidewall and left side sidewall, form a groove respectively, wherein, this two groove is collinearity (collinear) with the groove of parallel spine definition; Form four pairs of projections (protrusion); Wherein, This first pair of projection is the contiguous first right opening part and this partition wall and side walls junction in this right sidewall and this side walls junction; This second pair of projection is that vicinity is located and this partition wall and side walls junction at the first left opening (left opening) of this left side sidewall and this side walls junction; The 3rd pair of projection is that vicinity is located and this partition wall and side walls junction at the second right opening (left opening) of this right sidewall and this side walls junction, and the 4th pair of projection is the contiguous second left opening part and this partition wall and side walls junction in this left side sidewall and this side walls junction; On the sidewall of top, form an opening, wherein, the position of this opening is relatively at this two lug; Two part inner housings are provided; This part inner housing can insert this axial cavity of this body via this opening, and wherein, this part inner housing is reciprocity; Each this part inner housing comprises at least two hollow circular cylinders (hollow cylinder); One flange is formed on two ends of right cylinder homonymy, and behind this two flanges of combination inner housing, the thickness that its two flanges is added up etc. are at the overall width of two grooves; Two linings (sleeve) are provided, and wherein, two right cylinders of each part inner housing are coaxial (coaxial) in body, therefore define this two cylinder, with ccontaining this two hollow lining of difference; Two part inner housings are made up; Via the flange of part inner housing and two coaxial groove contrapositions (aligning), insert in the body with the two part inner housings that will make up; And with the opening of a cover combination at body, wherein, this lid comprises a baseplane, and this surface and this baseplane of partition wall fixedly secure each other.
The object of the invention and solve its technical matters and also can adopt following technical measures further to realize.
The method of aforesaid manufacturing LC type single-piece fiber optic adapter, wherein said body is to process with a plastic rubber ejaculate molding technology.
The method of aforesaid manufacturing LC type single-piece fiber optic adapter, wherein said in this lug and this sidewall junction, top and this lug and sidewall junction, top formation one recess on lug respectively, wherein, this two recess and this two groove are collinearities.
The method of aforesaid manufacturing LC type single-piece fiber optic adapter, wherein said opening is to process with a jetting formation process.
The method of aforesaid manufacturing LC type single-piece fiber optic adapter, wherein said two part inner housings are to process with a plastic rubber ejaculate molding technology.
The method of aforesaid manufacturing LC type single-piece fiber optic adapter, wherein said flange is a rectangular parallelepiped.
The method of aforesaid manufacturing LC type single-piece fiber optic adapter, wherein said lid has two ribs, and this two rib is to embed this two recess.
The method of aforesaid manufacturing LC type single-piece fiber optic adapter, the combination of this opening of wherein said lid and this body is to adopt the supersonic welding connection technology.
The present invention compared with prior art has tangible advantage and beneficial effect.Know by above; For achieving the above object, the invention provides a kind of method of the LC of manufacturing type single-piece fiber optic adapter, make this LC type single-piece fiber optic adapter have less assembly; And then comparatively easy program is provided in assembling, and solve the bottleneck that existing known techniques is faced.
Above-mentioned explanation only is the general introduction of technical scheme of the present invention; Understand technological means of the present invention in order can more to know; And can implement according to the content of instructions, and for let of the present invention above-mentioned with other purposes, feature and advantage can be more obviously understandable, below special act preferred embodiment; And conjunction with figs., specify as follows.
Description of drawings
Fig. 1 is the LC type fiber optic adapter of an existing convention;
Fig. 2 is the stereographic map of a body of fiber optic adapter of the method for a kind of LC of manufacturing type single-piece fiber optic adapter of the present invention;
Fig. 3 is the exploded view of fiber optic adapter of the method for this manufacturing LC type single-piece fiber optic adapter of the present invention;
Fig. 4 is the stereographic map of fiber optic adapter of the method for manufacturing of the present invention LC type single-piece fiber optic adapter, and wherein, two inner housings have been assembled in this body; And
Fig. 5 is a process flow diagram of the method for manufacturing LC type single-piece fiber optic adapter of the present invention.
100: the LC type joints of optical fibre 110 of existing convention: housing
111: opening 120: door bolt 121: projection
125: hinge 126: lug 130: lid
140: sleeve pipe 150: central axis
200: duplexing type fiber optic adapter 201: lug 202: lug
205: body 207a: the first right opening 208a: the second right opening
207b: the first left opening 208b: the second left opening 210: top sidewall
211: side walls 212: right sidewall 213: the left side sidewall
214: partition wall 2141: surface 235: spine
236: spine 238: groove 239: groove
2391: recess 250: access opening 262: projection
300: cover plate 3001: rib 3002: baseplane
410: body 420 as in the part: body as in the part
440: right cylinder 450: flange 500: lining
Embodiment
Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention, below in conjunction with accompanying drawing and preferred embodiment, to the method for the manufacturing LC type single-piece fiber optic adapter that proposes according to the present invention
Its embodiment, method, step, characteristic and effect thereof, specify as after.
Seeing also shown in Figure 1ly, is the LC type fiber optic adapter of an existing convention.These LC type joints of optical fibre 100 roughly have rectangular shape, and its cross section is a square.The outside surface of connector 100 is provided with flexible door bolt 120 of a tool, and door bolt 120 is integrally formed with the shell body of connector 100, and its bottom has the hinge 125 of a meeting activity, can let the central axis 150-150 of lug (tab) 126 vertical connectors move up and down.In addition, 140 openings 111 by a two-piece type composition of a sleeve pipe (ferrule) stretch out, and this two-piece type composition comprises a housing 110 and a lid 130, and both are that the mode with ultrasonic fusing links together.The inside of this two-piece type composition also comprises a spring (figure does not show), can let sleeve pipe 140 pass opening 111 front and back and move back and forth.Door bolt 120 comprises a pair of projection 121, is positioned at the relative both sides of lug 126.
Consult Fig. 2 to shown in Figure 4, comprise the body 205 and a cover plate 300 of an integrally formed model for duplexing type fiber optic adapter 200 of the present invention.In preferred embodiment, body 205 is to be centered on by top sidewall 210, side walls 211, right sidewall 212 and left side sidewall 213 to define.Body 205 inside have axial cavity, are divided into two parts by a partition wall 214 that is parallel to right sidewall 212 and left side sidewall 213 and link to each other with top sidewall 210 and side walls 211.By top sidewall 210, side walls 211, partition wall 214 and right sidewall 212 are defined is right axial cavity, has two relative one first right opening 207a and one second right opening 208a at axial direction; And be left axial cavity by what top sidewall 210, side walls 211, partition wall 214 and left side sidewall 213 defined, have two relative one first left opening 207b and one second left opening 208b at axial direction.
Body exterior is provided with a pair of lug 201 and 202.One lug 202 is positioned on the right sidewall 212, and another lug 201 is positioned on the sidewall 213 of left side.Lug 201 and 202 is to be used in breakout box 100 is fixed on the surface.The inside of the cavity of body 205 comprises a pair of spine 235 and 236, is positioned on the inside surface of side walls 211, and it passes partition wall 214 will be divided into two parts, and substantially perpendicular to the axial cavity of body 205.
Be positioned at the right sidewall 212 and the junction of side walls 211 and the junction of partition wall 214 and side walls 211 of the first right opening 207a, be respectively equipped with one section projection 262; And the junction of the junction of the left side sidewall 213 that is positioned at the first left opening 207b and side walls 211 and partition wall 214 and side walls 211 also is respectively equipped with one section projection 262.Likewise, be positioned at the right sidewall 212 and the junction of side walls 211 and the junction of partition wall 214 and side walls 211 of the second right opening 208a, be respectively equipped with one section projection 262; And the junction of the junction of the left side sidewall 213 that is positioned at the second left opening 208b and side walls 211 and partition wall 214 and side walls 211 also is respectively equipped with one section projection 262.
One accesses opening 250 is positioned on the top sidewall 210, can allow two part inner housings 410 and 420 to insert in the axial cavity of body 205, also can allow the mode of ejection formation to form body 205.
Two part inner housings 410 are identical with 420, and form with plastic cement with the mode of ejection formation.The inner housing of each part comprises the right cylinder 440 of two hollows, then is provided with a roughly rectangular flange 450 at an end of right cylinder 440.Two part inner housings the 410, the 420th link together by separately flange 450, so that define two common right cylinders.The gross thickness of two flanges 450 is the width that are equal to groove 238 and 239.The assembly of placing inner housing 410 and 420 is in body 205 time, be that the flange 450 with the inner housing 410 of a part slips in the groove 238 and 239 of body 205, and the inner housing 420 of another part also put into body 205 in an identical manner.
The inner housing 410 of two parts and 420 right cylinder 440 are coaxial in body 205, and define two common right cylinders.Columniform lining (sleeve) 500 is positioned at common right cylinder.300 of cover plates are to cover to access mouthfuls 250, and mode that can ultrasonic fusing is fixed on the body 205.
Seeing also shown in Figure 5ly, is the process flow diagram of the method for a kind of LC of manufacturing type single-piece fiber optic adapter of the present invention.This method comprises:
One body (main body) 205 is provided; This body has an axial cavity (axial cavity); This axial cavity is to be formed by 213 definition of top, top sidewall (top side-wall) 210, one base sidewall (bottom side-wall) 211, one right sidewall (right side-wall) 212 and one left side sidewall (left side-wall); Wherein, this body 205 is to process with a plastic rubber ejaculate molding technology;
Is 2 half ones (half) via a partition wall (compartment wall) 214 districts at a distance from this axial cavity; This partition wall 214 is to be parallel to this right sidewall 212 and this left side sidewall 213; And be connected with this side walls 211 with this top sidewall 210, and have a surface (surface) 2141;
Form this half one of axial cavities via top sidewall 210, side walls 211, partition wall 214 and right sidewall 212; An i.e. right axial cavity (right axial cavity); Wherein, one first right opening (first right opening) 207a and one second right opening (second right opening) 208a are formed at two ends (end) of this right side axial cavity respectively;
Form this half one of axial cavities via top sidewall 210, side walls 211, partition wall 214 and left side sidewall 213; An i.e. left axial cavity (left axial cayity); Wherein, one first left opening (first left opening) 207b and one second left opening (second left opening) 208b are formed at two ends (end) of this left side axial cavity respectively;
Form a pair of lug (tab) 201,202 in the outside of body 205 (exterior), wherein, this lug 202 is positioned at right sidewall 212, and this another lug 201 is positioned at left side sidewall 213;
On lug 201,202, form a recess (indentation) 2391 at this lug 201 and these top sidewall 210 junctions and this lug 202 respectively with top sidewall 210 junctions, wherein, this two recess 2391 is collinearities with this two groove 239;
On an inside surface of the side walls 211 of the axial cavity of body 205, form pair of parallel spine (parallel ridge) 235; 236, to define a groove (groove) 238, wherein; Should be to parallel spine 235; 236 with this groove 238 perpendicular to side walls 211, and partition wall 214 is divided into 2 half ones, this groove 238 is positioned at the centre of the first right opening 207a and the second right opening 208a and the middle of the first left opening 207b and the second left opening 208b;
On right sidewall 212 and left side sidewall 213, form a groove 239 respectively, wherein, this two groove 239 is collinearity (collinear) with the groove 238 of parallel spine 235,236 definition;
Form four pairs of projections (protrusion) 262; Wherein, This first pair of projection 262 is adjacent to the first right opening 207a place and this partition wall 214 and side walls 211 junctions of this right sidewall 212 and these side walls 211 junctions; This second pair of projection 262 is adjacent to the first left opening (left opening) 207b place and this partition wall 214 and side walls 211 junctions of this left side sidewall 213 and these side walls 211 junctions; The 3rd pair of projection 262 is adjacent to the second right opening (left opening) 208a place and this partition wall 214 and side walls 211 junctions of this right sidewall 212 and these side walls 211 junctions, reaches the second left opening 208b place and this partition wall 214 and side walls 211 junctions that the 4th pair of projection 262 is adjacent to this left side sidewall 213 and these side walls 211 junctions;
On top sidewall 210, form an opening 250, wherein, the position of this opening 250 is relatively at this two lug 201,202, and is to process with a jetting formation process;
Two part inner housings 410,420 are provided, this part inner housing 410; 420 can insert this axial cavity of this body 205 via this opening 250, wherein, and this part inner housing 410; The 420th, reciprocity, and be to process with a plastic rubber ejaculate molding technology, each this part inner housing 410/420 comprises at least two hollow circular cylinders (hollow cylinder) 440; One flange 450 is formed at two ends of right cylinder 440 homonymies and is a rectangular parallelepiped, behind this two flanges of combination inner housing 410,420; The thickness that its two flanges is added up equals the overall width of two grooves 238,239;
Two linings (sleeve) 500 are provided, and wherein, two right cylinders 440 of each part inner housing 410,420 are coaxial (coaxial) in body 205, therefore define this two cylinder, with ccontaining this two hollow lining 500 of difference;
With 410,420 combinations of two part inner housings;
Via the flange 450 and coaxial two grooves, 238,239 contrapositions (aligning) of part inner housing 410, insert in the body 205 with the two part inner housings 410,420 that will make up; And
With a lid 300 via the opening 250 of ultrasonic soldering technical combinations in body 205; Wherein, This lid 300 comprises two ribs (rib) 3001 and a baseplane 3002; This two rib (rib) the 3001st embeds this two recess 2391, and this surface 2141 of partition wall 214 fixedly secures with this baseplane 3002 each other, and is as shown in Figure 4.
When using fiber optic adapter 200; Connector 100 is pushed in the body 205 from the first right opening 207a; The projection 121 that is positioned at this moment on the two opposite sides of lug 126 of door bolt 120 can be downward because of the effect deflection of projection 262, and 140 of the sleeve pipes of connector 100 can penetrate in the lining 500 of breakout box 200.When projection 121 through after the projection 262 owing to receive its restriction, projection 121 can pop up because of the elastic force of self, and makes projection 121 be positioned at the rear of projection 262, prevents that connector 100 from pulling out backward.Another connector 100 also is to insert in the same way in the second right opening 208a of body 205, makes its sleeve pipe 140 penetrate the other end of lining 500, contacts with the sleeve pipe 140 of other end connector 100, reaches the purpose of butt joint.Likewise, connector 100 also can insert in the first left opening 207b and the second left opening 208b of body 205, reaches the purpose of butt joint.
Fiber optic adapter of the present invention also can be designed to dock four to (eight) joints of optical fibre (figure does not show); That is intrinsic axial cavity is divided into four parts by three parallel each other partition walls, and eight joints of optical fibre can insert in the opening of two axial ends of the axial cavity of being separated by four partition walls and form butt joint.Because other structures of the fiber optic adapter of this part are identical with the structure of fiber optic adapter 200, no longer narrate at this.
The above only is preferred embodiment of the present invention, is not the present invention is done any pro forma restriction; Though the present invention discloses as above with preferred embodiment; Yet be not in order to limiting the present invention, anyly be familiar with the professional and technical personnel, in not breaking away from technical scheme scope of the present invention; When the technology contents of above-mentioned announcement capable of using is made a little change or is modified to the equivalent embodiment of equivalent variations; In every case be not break away from technical scheme content of the present invention, to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of technical scheme of the present invention according to technical spirit of the present invention.
Claims (8)
1. method of making LC type single-piece fiber optic adapter is characterized in that it comprises:
One body is provided, and this body has an axial cavity, and this axial cavity is to be defined by a top sidewall, a side walls, a right sidewall and a left side sidewall to form;
Is 2 half ones via a partition wall district at a distance from this axial cavity, and this partition wall is to be parallel to this right sidewall and this left side sidewall, and is connected with this side walls with this top sidewall, and has a surface;
Form this half one of axial cavity via top sidewall, side walls, partition wall and right sidewall, i.e. a right axial cavity, wherein, one first right opening and one second right opening are formed at two ends of this right side axial cavity respectively;
Form this half one of axial cavity via top sidewall, side walls, partition wall and left side sidewall, i.e. a left axial cavity, wherein, one first left opening and one second left opening are formed at two ends of this left side axial cavity respectively;
Form a pair of lug in body exterior, wherein, this lug is positioned at right sidewall, and this another lug is positioned at the left side sidewall;
On an inside surface of the side walls of the axial cavity of body, form pair of parallel spine; To define a groove; Wherein, Should be to parallel spine and this groove perpendicular to side walls, and partition wall is divided into 2 half ones, this groove is positioned at the middle of the first right opening and the second right opening centre and the first left opening and the second left opening;
On right sidewall and left side sidewall, form a groove respectively, wherein, this two groove is a collinearity with the groove of parallel spine definition;
Form four pairs of projections; Wherein, This first pair of projection is the first right opening part and this partition wall and the side walls junction that is adjacent to this right sidewall and this side walls junction; This second pair of projection is the first left opening part and this partition wall and the side walls junction that is adjacent to this left side sidewall and this side walls junction; The 3rd pair of projection is the second right opening part and this partition wall and the side walls junction that is adjacent to this right sidewall and this side walls junction, and the 4th pair of projection is the second left opening part and this partition wall and the side walls junction that is adjacent to this left side sidewall and this side walls junction;
On the sidewall of top, form an opening, wherein, the position of this opening is with respect to this two lug;
Two part inner housings are provided; This part inner housing can insert this axial cavity of this body via this opening, and wherein, this part inner housing is reciprocity; Each this part inner housing comprises at least two hollow circular cylinders; One flange-shape is formed in two ends of right cylinder homonymy, and behind this two flanges of combination inner housing, the thickness that its two flanges is added up equals the overall width of two grooves;
Two linings are provided, and wherein, two right cylinders of each part inner housing are coaxial in body, therefore define this two cylinder, with ccontaining this two hollow lining of difference;
Two part inner housings are made up;
Via the flange of part inner housing and two coaxial groove contrapositions, insert in the body with the two part inner housings that will make up; And
In body openings, wherein, this lid comprises a baseplane with a cover combination, and this surface and this baseplane of partition wall fixedly secure each other.
2. the method for manufacturing LC type single-piece fiber optic adapter as claimed in claim 1 is characterized in that wherein said body is to process with a plastic rubber ejaculate molding technology.
3. the method for manufacturing LC type single-piece fiber optic adapter as claimed in claim 1 is characterized in that it more comprises:
In this lug and this sidewall junction, top and this lug and sidewall junction, top on lug, form a recess respectively, wherein, this two recess and this two groove are collinearities.
4. the method for manufacturing LC type single-piece fiber optic adapter as claimed in claim 1 is characterized in that wherein said opening is to process with a jetting formation process.
5. the method for manufacturing LC type single-piece fiber optic adapter as claimed in claim 1 is characterized in that wherein said two part inner housings are to process with a plastic rubber ejaculate molding technology.
6. the method for manufacturing LC type single-piece fiber optic adapter as claimed in claim 1 is characterized in that wherein said flange is a rectangular parallelepiped.
7. the method for manufacturing LC type single-piece fiber optic adapter as claimed in claim 3 is characterized in that wherein said lid has two ribs, and this two rib is to embed this two recess.
8. the method for manufacturing LC type single-piece fiber optic adapter as claimed in claim 7 is characterized in that this opening combination of wherein said lid and this body is to adopt the supersonic welding connection technology.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102360944A CN102338910A (en) | 2010-07-22 | 2010-07-22 | Method for manufacturing LC type one-piece optical fiber adaptor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102360944A CN102338910A (en) | 2010-07-22 | 2010-07-22 | Method for manufacturing LC type one-piece optical fiber adaptor |
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| Publication Number | Publication Date |
|---|---|
| CN102338910A true CN102338910A (en) | 2012-02-01 |
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| CN2010102360944A Pending CN102338910A (en) | 2010-07-22 | 2010-07-22 | Method for manufacturing LC type one-piece optical fiber adaptor |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110989096A (en) * | 2019-12-19 | 2020-04-10 | 武汉邮埃服光电科技有限公司 | Optical fiber adapter and optical fiber connection structure |
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| US20070117457A1 (en) * | 2001-01-23 | 2007-05-24 | Adc Gmbh | Universal Adapter |
| CN201107433Y (en) * | 2007-09-29 | 2008-08-27 | 四川光恒通信技术有限公司 | Structure for LC type optical fiber switching adapter |
| TW200909896A (en) * | 2007-08-28 | 2009-03-01 | Protai Photonic Co Ltd | One-piece LC type optical fiber adapter |
| CN201383015Y (en) * | 2009-03-20 | 2010-01-13 | 东莞市一普实业有限公司 | LC type plastic optic fiber connector and LC type plastic optic fiber connector duplex set |
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- 2010-07-22 CN CN2010102360944A patent/CN102338910A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US20070117457A1 (en) * | 2001-01-23 | 2007-05-24 | Adc Gmbh | Universal Adapter |
| JP2004354693A (en) * | 2003-05-29 | 2004-12-16 | Suncall Corp | Optical connector |
| TW200909896A (en) * | 2007-08-28 | 2009-03-01 | Protai Photonic Co Ltd | One-piece LC type optical fiber adapter |
| CN201107433Y (en) * | 2007-09-29 | 2008-08-27 | 四川光恒通信技术有限公司 | Structure for LC type optical fiber switching adapter |
| CN201383015Y (en) * | 2009-03-20 | 2010-01-13 | 东莞市一普实业有限公司 | LC type plastic optic fiber connector and LC type plastic optic fiber connector duplex set |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110989096A (en) * | 2019-12-19 | 2020-04-10 | 武汉邮埃服光电科技有限公司 | Optical fiber adapter and optical fiber connection structure |
| WO2021120879A1 (en) * | 2019-12-19 | 2021-06-24 | 武汉邮埃服光电科技有限公司 | Optical fiber adapter and optical fiber connection structure |
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Application publication date: 20120201 |