Method and system for checking needle break in gold finger

Abstract

The invention discloses a method for detecting broken needle existence in gold finger. Check line is preset in the gold finger according to the shape of gold finger. When the gold finger inserts into MDF, a detecting device is used to detect if the circuit is on between check line begin and check line end. If it is on, there is no broken needle in the gold finger; or there is broken needle in the gold finger. The invention discloses a system for detecting broken needle existence in gold finger at the same time. By applying the method and the system, broken needle existence can be discovered in gold finger in time under the condition that gold finger can not be plugged.

Description

technical field [0001] The invention relates to telecommunication network technology, in particular to a method and system for detecting whether there is a broken needle in a golden finger. Background technique [0002] The telecommunication network consists of the access layer, aggregation layer and backbone layer. The access layer is responsible for the access of various types of users, and the access methods include twisted pair access, optical fiber access, and wireless access. Due to the large number of devices and user loops, the access layer is the most prone to failure in the entire network, and the fault location and maintenance are relatively difficult. [0003] Taking the widely used x Data Subscriber Line (xDSL) as an example, in order to ensure the normal operation of the xDSL access service, it is necessary to diagnose various faults that affect the service in a timely manner. Resistance parameters, line capacitance parameters, line background noise and line-...

AI Technical Summary

Problems solved by technology

[0009] In the actual MDF-based xDSL test access method, limited by the structure of the MDF wiring terminal, the golden fingers inserted into the MDF to complete the wire grabbing function are generally thinner and narrower, so it is easy to As a result, during the process of inserting the golden finger into the MDF, it is disconnected from the root, as shown in Figure 4, which is a schematic diagram of the structure of the existing gold finger with broken needles

However, in the prior art, once the golden finger breaks during the process of inserting the MDF, it is impossible for the on-site construction personnel to find out if they do not re-insert.

After the golden finger breaks, the task of grasping the thread during the test cannot be completed, and the test work cannot be carried out normally.

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