Optical fiber automatic jump connection device

Abstract

The invention discloses an optical fiber automatic jump connection device. The device is used for realizing automatic optical fiber jump connection of N access optical fibers and N output optical fibers, and comprises an optical fiber matching symmetrical matrix disk (100), two sets of optical fiber receiving disk groups (400) and two sets of triaxial mechanical arms and a control unit; the two sets of triaxial mechanism arms are respectively arranged at an access face and an output face of the optical fiber matching symmetrical matrix disk (100); according to operation command information, the control unit controls actions of the triaxial mechanism arms; the access optical fiber and the output optical fiber of the command in the operation commands are plugged out from an optical fiber butt joint (101) of an initial position and moved to and inserted into the optical fiber butt joint (101) of a target position, thus, optical fiber jump connection is realized. The optical fiber automatic jump connection device can realize remote control, intelligent plugging in and plugging out of the optical fibers, automatic recording for plugging in and plugging out operations, automatic settlingand storage for the optical fibers, automatic recording for results and data uploading, and is highly reliable, thus, maintenance cost is reduced, and maintenance timeliness is excellent.

Description

technical field [0001] The invention relates to the sub-technical field of communication equipment, in particular to an optical fiber automatic jumper device for optical fiber connection. Background technique [0002] With the development of communication technology, optical fiber communication has become the mainstream of communication physical channels. In optical fiber transmission lines, an optical cable usually includes multiple optical fibers, which are realized in the optical distribution frame (ODF) or optical cable junction box (optical junction box). Corresponding connection with another optical cable or multiple optical fibers of the end user, the optical fiber physical channel in the ODF or the optical transmission box will be rewired according to the connection needs in the application, that is, re-plugging and docking, and there are often maintenance problems operate. [0003] The work of traditional ODF or optical cross-box plugging and docking, fiber jumping...

AI Technical Summary

Problems solved by technology

specific as figure 1 As shown, in the existing ODF or optical delivery box technical solutions, it is necessary to manually find the position of the ODF or optical delivery box, and then manually identify the optical fiber number through the paper label or electronic label on the optical fiber, and then manually observe the ODF or optical delivery box. For the winding situation of the optical fiber, if the optical fiber that needs to be spliced ​​is seriously entangled, it is necessary to manually smooth the optical fiber without affecting the rest of the existing business, then manually jump the optical fiber, manually record the result of the optical fiber jump, and then manually enter the recorded data into Database, if the optical fiber is seriously entangled during jumping and it is impossible to identify which fibers have services and which fibers have no services, maintenance is very difficult, resulting in a huge waste of existing fiber resources

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