Same screen deconcentrator used for automatically metering outgoing wire length

Abstract

The invention relates to a same screen deconcentrator used for automatically metering outgoing wire length. The same screen deconcentrator comprises a casing, a revolution unit, an outgoing wire controller, a connection wire with equal pitch groove marks on the outer surface and a metering host machine. The extra connection wire is automatically collected through setting the revolution unit to collect the connection wire, the excessive connection wire is effectively prevented from remaining on the device, and connection instability of the connection wire and the device can be effectively prevented. The pull-out length of the connection wire can be further recorded through a laser range finder, the length of the connection wire is metered, and the foundation is laid for fiber attenuation calculation and statistics.

Description

technical field [0001] The invention relates to the technical field of communication optical fibers, in particular to a same-screen splitter with automatic measurement of the outgoing length. Background technique [0002] At present, due to the rapid development of the communication system, the rapid expansion of the communication optical fiber transmission network, and the rapid growth of intelligent substations, as an exchangeable wiring device in the field of optical communication, the original manual connection method is still used, resulting in backward technology (irregular wiring, redundant wiring, etc.). The remaining fibers take up a lot of space and the connection quality is unreliable), and the winding device in the wiring panel occupies a large space, resulting in a small number of optical fibers connected to a single wiring panel, and it is inconvenient to manually patch the optical fibers. In addition, there is currently no device on the market that can automat...

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Problems solved by technology

[0002] At present, due to the rapid development of communication systems, the rapid expansion of communication optical fiber transmission networks, and the rapid growth of smart substations, the original manual connection method is still used as an exchangeable wiring device in the field of optical communication, resulting in backward technology (irregular wiring, redundant The remaining fiber occupies more space and the connection quality is unreliable), and the winding device in the distribution panel occupies a large space, resulting in a small number of connected optical fibers in a single distribution panel, and it is inconvenient to manually jump the optical fiber

Moreover, there is currently no device on the market that can automatically measure the length of the outgoing cable, which is not conducive to the attenuation calculation and statistics of optical fibers

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