CN202486357U

CN202486357U - Fiber adapter pin assembly

Info

Publication number: CN202486357U
Application number: CN2011204872190U
Authority: CN
Inventors: 姚强
Original assignee: China Aviation Optical Electrical Technology Co Ltd
Current assignee: China Aviation Optical Electrical Technology Co Ltd
Priority date: 2011-11-30
Filing date: 2011-11-30
Publication date: 2012-10-10
Anticipated expiration: 2021-11-30

Abstract

The utility model relates to a fiber adapter pin assembly which includes a sheath, two ceramic pins which are arranged on the two ends of the sheath, and a leather-coated optical cable which connects the two ceramic pins together. The optical cable is arranged in the sheath. The connecting ends of the two ceramic pins extend out of the corresponding ends of the sheath. Because the fiber adapter pin assembly includes two ceramic pins and the leather-coated optical cable which is connected between the inlet ends of the two ceramic pins, the two ceramic pins are fixedly arranged in the sheath after being connected with each other by the optical cable. The optical cable is a leather-coated general optical cable, so the two ceramic pins can be connected with the optical cable by a conventional technology. Through adjusting the lengths of the optical cable and the sheath, the optical cable and the sheath can adapt to the length of the pin assembly, so the ceramic pin can adopt a standard and conventional pin, and consequently the processing difficulty of the pin assembly is greatly reduced, and the problems of long processing period and low production efficiency existing in a conventional fiber adapter caused by the overlength of the pin can be solved.

Description

Fiber optic adapter contact pin assembly

Technical field

The utility model relates to joints of optical fibre field, especially a kind of fiber optic adapter contact pin assembly.

Background technology

Therefore the optical fiber adaptor connector in use needs two ends to plug together with adaptive connector simultaneously owing to will transfer to light path, requires adaptor connector through walls in some occasions; Be that its two ends lay respectively at inside and outside the body of wall, this just requires the length of its inner switching contact element longer, and in the prior art; The switching contact element of most of optical fiber adaptor connectors is single ceramic contact pin; Because this ceramic contact pin is slim-lined construction, therefore processing and assembly technology are extremely complicated, and product percent of pass is low; Thereby increased the production cycle of product, can't satisfy the production needs.

Summary of the invention

The purpose of the utility model is to provide a kind of fiber optic adapter contact pin assembly, has solved the problem that process-cycle is long, production efficiency is low that existing fiber optic adapter causes owing to contact pin is long.

In order to address the above problem; The fiber optic adapter contact pin assembly of the utility model adopts following technical scheme: a kind of fiber optic adapter contact pin assembly; Comprise sheath; Be assemblied in two ceramic contact pins at sheath two ends places respectively and connect the optical cable of the belt leather of two ceramic contact pins, said optical cable is positioned at sheath, and the inserted terminal of two ceramic contact pins all stretches out the corresponding end of sheath.

Said sheath comprises first, second half cover that radially fastens mutually along said ceramic contact pin.

In said first, second half cover one is provided with bayonet socket and/or card key in the two relative side, and another is provided with corresponding card key and/or bayonet socket, and first, second half cover is through said card key and bayonet socket snap fit.

The outside wall surface of said first, second half cover is provided with corresponding groove, and first, second groove that partly puts is spliced into annular groove after first, second half cover fastens, and hoop is provided with O-ring seal in the said annular groove.

In said first, second half cover at least one is provided with glue filling opening.

The end of incoming cables of said two ceramic contact pins be oppositely arranged and two ceramic contact pins all with the coaxial setting of said sheath.

The coaxial spring that is sheathed on the optical cable periphery that is equipped with in the said sheath, the place, two ends in said spring on the internal face of sheath is provided with interior convex edge respectively, and spring is mounted between the said two interior convex edges.

Because said fiber optic adapter contact pin assembly comprises two ceramic contact pins and is connected in the optical cable of the belt leather between the end of incoming cables of two ceramic contact pins that said two ceramic contact pins connect the back through said optical cable and fixedly are assemblied in the sheath; Because said optical cable is the ordinary optical cable of belt leather; Therefore can said two ceramic contact pins be connected with described optical cable through conventional technology in use; The length that adapts to the contact pin assembly through the length of regulating said optical cable and sheath; Thereby make said ceramic contact pin can adopt the contact pin of standard, routine, greatly reduce difficulty of processing, solved the problem that process-cycle is long, production efficiency is low that existing fiber optic adapter causes owing to contact pin is long the contact pin assembly.

Description of drawings

Fig. 1 is the structural representation of the embodiment 1 of fiber optic adapter contact pin assembly;

Fig. 2 is the structural representation of the first half covers among the embodiment 1 of fiber optic adapter contact pin assembly;

Fig. 3 is the A-A cut-open view of Fig. 2;

Fig. 4 is the B-B cut-open view of Fig. 2;

Fig. 5 is the C-C cut-open view of Fig. 2;

Fig. 6 is assembling synoptic diagram of first, second half cover among the embodiment 1 of fiber optic adapter contact pin assembly;

Fig. 7 is the outside drawing of the embodiment 1 of fiber optic adapter contact pin assembly.

Embodiment

The embodiment 1 of fiber optic adapter contact pin assembly shown in Fig. 1-7, has two ceramic contact pins 1, and ceramic contact pin 1 adopts the LC contact pin, is provided with the optical cable 2 of belt leather between 1 coaxial setting of two ceramic contact pins and the end of incoming cables of the two and passes through optical cable 2 to connect; Two ceramic contact pins 1 connect the corresponding end that the back fixedly is assemblied in the sheath 3 and the inserted terminal of the two all stretches out sheath through optical cable 2; Sheath 3 adopts nonmetal covers and is made up of the first half cover 3-1, the second half cover 3-2; First, second half cover radially fastening mutually along ceramic contact pin 1; Specifically; Promptly the first half cover 3-1 are provided with bayonet socket 3-1.1 and card key 3-1.2 towards the side of the second half cover 3-2; The second half cover face 3-2 are provided with the card key bayonet socket and card key corresponding with bayonet socket that puts with the first half to a side of the first half covers, and first, second partly overlaps the relative side back of fitting and connects and fixes through said card key and bayonet socket, and the structure of sheath 3 employing two halves buckle-types can realize the quick of two ceramic contact pins 1 fixed easily; The outside wall surface of first, second half cover is provided with corresponding groove and first, second groove that partly puts is spliced into annular groove after first, second fastens; Hoop is provided with O-ring seal 4 in the said annular groove, and the sealing when O-ring seal 4 can be realized this contact pin assembly and corresponding connector shell on the one hand can prevent that together the two from getting loose with first, second half cuff after fastening on the other hand; First, second partly puts and is equipped with glue filling opening 3-3; Glue filling opening 3-3 is used to supply glue to pass through to fill the inner chamber of sheath 3; Can realize the further fixing of first, second half cover on the one hand; Then realized the sealing to two ceramic contact pins 1 and optical cable 2 on the other hand, simultaneously, glue has also strengthened the cooperate intensity of optical cable 2 with ceramic contact pin 1 after solidifying; The coaxial spring 5 that is sheathed on optical cable 2 peripheries that is equipped with in the sheath 3; On the internal face of sheath 3 in place, the two ends of spring 5 is provided with respectively convex edge 3-4; Spring 5 is mounted between the two interior convex edges; Spring 5 is used to guarantee that ceramic contact pin 1 can grind through the existing special-purpose frock of grinding, and then improves the performance of ceramic contact pin aspect face type and loss.

In other embodiment of fiber optic adapter contact pin assembly; The all right disalignment setting of two ceramic contact pins described in the embodiment 1 of fiber optic adapter contact pin assembly; The shape that in such cases, can change said sheath is to realize the switching-over switching of fiber optic adapter contact pin assembly; Modes such as that described first, second half cover can also adopt is bonding, screw connection are connected; Also can on one in the first half covers or the second half covers described bayonet socket or card key only be set, corresponding card key and bayonet socket be set on another, thereby realize connecting and fixing of the two; Also can only in said first, second half cover described glue filling opening be set.

Claims

1. fiber optic adapter contact pin assembly; It is characterized in that, comprise sheath, be assemblied in two ceramic contact pins at sheath two ends places respectively and connect the optical cable of the belt leather of two ceramic contact pins; Said optical cable is positioned at sheath, and the inserted terminal of two ceramic contact pins all stretches out the corresponding end of sheath.

2. fiber optic adapter contact pin assembly according to claim 1 is characterized in that, said sheath comprises first, second half cover that radially fastens mutually along said ceramic contact pin.

3. fiber optic adapter contact pin assembly according to claim 2; It is characterized in that; In said first, second half cover one is provided with bayonet socket and/or card key in the two relative side; Another is provided with corresponding card key and/or bayonet socket, and first, second half cover is through said card key and bayonet socket snap fit.

4. fiber optic adapter contact pin assembly according to claim 2; It is characterized in that; The outside wall surface of said first, second half cover is provided with corresponding groove, and first, second groove that partly puts is spliced into annular groove after first, second half cover fastens, and hoop is provided with O-ring seal in the said annular groove.

5. fiber optic adapter contact pin assembly according to claim 2 is characterized in that, at least one in said first, second half cover is provided with glue filling opening.

6. fiber optic adapter contact pin assembly according to claim 1 is characterized in that, the end of incoming cables of said two ceramic contact pins be oppositely arranged and two ceramic contact pins all with the coaxial setting of said sheath.

7. fiber optic adapter contact pin assembly according to claim 6; It is characterized in that; The coaxial spring that is sheathed on the optical cable periphery that is equipped with in the said sheath, the place, two ends in said spring on the internal face of sheath is provided with interior convex edge respectively, and spring is mounted between the said two interior convex edges.