Optical fiber connector
An optical-fiber connector includes a handle, a sleeve member, and connecting housings each including a housing body and an elastic arm. Each elastic arm includes engaging blocks protruding from the elastic arm and a slidable groove on the corresponding housing body. The slidable grooves face each other. The handle includes a handle body between the elastic arms and a handle member extending from the handle body. Two slidable blocks are at two sides of the handle body and respectively inserted into the slidable grooves, and two protruding blocks are at two sides of the handle member. The sleeve member is fitted over the handle member. First and second engaging grooves are on a wall surface of the sleeve member, and the first and second engaging grooves are on different positions of the wall surface of the sleeve member. Accordingly, the length of the handle is adjustable.
1. An optical fiber connector, comprising:
a connecting housing, wherein the connecting housing comprises a housing body and an elastic arm, the elastic arm is outwardly and inclinedly extending from the housing body, and a side portion of the elastic arm comprise a slidable groove; and
a handle comprising a handle body driving the elastic arm, a slidable block is on the handle body and inserted into the slidable groove;
wherein, when the handle is pulled to move in a horizontal direction, the slidable block of the handle body is moved from an original position of the slidable groove to an end position of the slidable groove to drive an end portion of the elastic arm to swing toward a surface of the connecting housing;
wherein, the slidable groove is defined through the elastic arm along a lateral direction of the elastic arm;
wherein the elastic arm has a first side and a second side opposite to the first side, and the first side is in communication with the second side through the slidable groove;
wherein the elastic arm comprises two engaging blocks, the engaging blocks are outwardly protruding from the first side and the second side of the elastic arm, respectively.
2. The optical fiber connector according to claim 1 , wherein the slidable groove is a curved groove, a first end of the curved groove is near the connecting housing, and a second end of the curved groove forms the end portion of the elastic arm.
3. The optical fiber connector according to claim 1 , further comprising an outer housing, wherein two sides of a front end of the outer housing are connected to the connecting housing, a buckling block is on a surface of the outer housing, and the handle body comprises a rail for engaging with the buckling block to limit the handle body to move in the horizontal direction.
4. The optical fiber connector according to claim 3 , wherein two engaging protrusions are at two sides of the buckling block, and two engaging grooves are at an inner surface of the rail for engaging with the engaging protrusions, respectively.
5. The optical fiber connector according to claim 4 , wherein an opening of the rail has two guiding surfaces, and each of the engaging protrusions has a chamfered angle for guiding the corresponding guiding surface.
6. The optical fiber connector according to claim 1 , further comprising a plurality of connecting housings.
7. The optical fiber connector according to claim 6 , further comprising a plurality of core components respectively assembled in the connecting housings.
8. An optical fiber connector, comprising:
a connecting housing, wherein the connecting housing comprises a housing body and an elastic arm, the elastic arm is outwardly and inclinedly extending from the housing body, and a side portion of the elastic arm comprise a slidable groove; and
a handle comprising a handle body driving the elastic arm, a slidable block is on the handle body and inserted into the slidable groove;
wherein, when the handle is pulled to move in a horizontal direction, the slidable block of the handle body is moved from an original position of the slidable groove to an end position of the slidable groove to drive an end portion of the elastic arm to swing toward a surface of the connecting housing;
wherein, the slidable groove is defined through the elastic arm along a lateral direction of the elastic arm;
the optical fiber connector further comprises an outer housing, wherein two sides of a front end of the outer housing are connected to the connecting housing, a buckling block is on a surface of the outer housing, and the handle body comprises a rail for engaging with the buckling block to limit the handle body to move in the horizontal direction;
wherein the buckling block is upwardly protruding from a top surface of the outer housing, and the rail is recessed from the handle body and facing the top surface of the outer housing.
9. The optical fiber connector according to claim 8 , wherein the slidable groove is a curved groove, a first end of the curved groove is near the connecting housing, and a second end of the curved groove foams the end portion of the elastic atm.
10. The optical fiber connector according to claim 8 , wherein two engaging protrusions are at two sides of the buckling block, and two engaging grooves are at an inner surface of the rail for engaging with the engaging protrusions, respectively.
11. The optical fiber connector according to claim 10 , wherein an opening of the rail has two guiding surfaces, and each of the engaging protrusions has a chamfered angle for guiding the corresponding guiding surface.
12. The optical fiber connector according to claim 8 , further comprising a plurality of connecting housings, wherein at least one of the elastic arms comprises two engaging blocks, the engaging blocks are outwardly protruding from two sides of the elastic arm, respectively.
13. The optical fiber connector according to claim 12 , further comprising a plurality of core components respectively assembled in the connecting housings.
14. An optical fiber connector, comprising:
a connecting housing, wherein the connecting housing comprises a housing body and an elastic arm, the elastic arm is outwardly and inclinedly extending from the housing body, and a side portion of the elastic atm comprise a slidable groove; and
a handle comprising a handle body driving the elastic arm, a slidable block is on the handle body and inserted into the slidable groove;
wherein, when the handle is pulled to move in a horizontal direction, the slidable block of the handle body is moved from an original position of the slidable groove to an end position of the slidable groove to drive an end portion of the elastic arm to swing toward a surface of the connecting housing;
wherein, the slidable groove is defined through the elastic arm along a lateral direction of the elastic arm, and the lateral direction is horizontally a left-to-right direction;
wherein, the elastic arm has a first side and a second side opposite to the first side, and the first side is in communication with the second side through the slidable groove.
15. The optical fiber connector according to claim 14 , wherein the slidable groove is a curved groove, a first end of the curved groove is near the connecting housing, and a second end of the curved groove forms the end portion of the elastic arm.
16. The optical fiber connector according to claim 14 , wherein two engaging protrusions are at two sides of the buckling block, and two engaging grooves are at an inner surface of the rail for engaging with the engaging protrusions, respectively.
17. The optical fiber connector according to claim 16 , wherein an opening of the rail has two guiding surfaces, and each of the engaging protrusions has a chamfered angle for guiding the corresponding guiding surface.
18. The optical fiber connector according to claim 14 , further comprising a plurality of connecting housings, wherein at least one of the elastic arms comprises two engaging blocks, the engaging blocks are outwardly protruding from two sides of the elastic arm, respectively.
19. The optical fiber connector according to claim 18 , further comprising a plurality of core components respectively assembled in the connecting housings.
20. The optical fiber connector according to claim 14 , wherein the slidable block is extending along the lateral direction, inserted into the slidable groove from the first side of the elastic arm, and exposed from the second side of the elastic arm.