Automatic control welding platform for coaxial cable and 2M joint

Abstract

The invention discloses an automatic control welding platform for a coaxial cable and a 2M joint and belongs to the technical field of circuit welding equipment. The automatic control welding platformfor the coaxial cable and the 2M joint comprises a machine table, a servo guide rail, a movable seat, a clamp seat, 2M elastic clamps, coaxial cable clamps, a support frame, extending-and-contractingarms, a welding mechanism and a structured light locating and distance measurement mechanism. The machine table is provided with the servo guide rail. The movable seat is arranged on the servo guiderail in a sliding manner. The clamp seat is detachably fixed to the movable seat and provided with the 2M elastic clamps and the coaxial cable clamps. The support frame is fixed to the machine table and provided with the two extending-and-contracting arms. The two extending-and-contracting arms are connected with the welding mechanism and the structured light locating and distance measurement mechanism correspondingly. The automatic control welding platform for the coaxial cable and the 2M joint has the beneficial effects that welding precision and welding efficiency are high, operation is convenient to conduct, and the automatic control welding platform is applicable to massive coaxial cable and 2M joint welding.

Description

technical field [0001] The invention relates to the field of power line welding equipment, in particular to an automatic control coaxial cable and 2M head welding platform. Background technique [0002] With the rapid development of power dispatching automation technology, coaxial cables, as an indispensable communication device, are widely used in power systems. Routers, optical transceivers, interface conversion equipment, and PCM servers are all connected with 2M cables. The 2M cables can only be connected to communication equipment after the 2M connectors are connected. Communication interruption affects the monitoring and operation of grid equipment by dispatchers and network controllers [0003] At present, when the coaxial cable is connected to the 2M head, soldering is required to fix it. In the actual processing process, the welder generally uses a soldering iron in one hand and a solder wire in the other hand to weld the 2M head. However, due to Welding personnel...

AI Technical Summary

Problems solved by technology

Routers, optical transceivers, interface conversion equipment, and PCM servers are all connected with 2M cables. The 2M cables can only be connected to communication equipment after the 2M connectors are connected. Communication interruption affects the monitoring and operation of grid equipment by dispatchers and network controllers

[0003] At present, when the coaxial cable is connected to the 2M head, soldering is required to fix it. In the actual processing process, the welder generally uses a soldering iron in one hand and a solder wire in the other hand to weld the 2M head. However, due to Welding personnel are unable to fix the 2M head, and there may be a lot of debris in the welding place. The 2M head is prone to rolling during the welding process, which is very inconvenient and inefficient to weld. Even if the welding is completed, the welded 2M head may still exist Due to the instability between the coaxial cable and the 2M head during the welding process, poor welding contact (virtual welding) quality problems are caused, which affects the normal connection of the line

Images