Assembling device for high-definition digital connecting line and connector

Abstract

The invention discloses an assembling device for a high-definition digital connecting line and a connector. The assembling device comprises a rack. The rack is sequentially provided with wire clamps with clamping grooves, a feeding device, a cutting device, a wire stripping device, a shaping device, a flux soaking device, a tin soaking device, a docking device and a welding device. The rack is further provided with a pushing device used for sequentially and synchronously pushing the wire clamps forwards to stations where the cutting device, the wire stripping device, the shaping device, the flux soaking device, the tin soaking device, the docking device and the welding device are located to finish corresponding processes. According to the assembling device, the processes on all the stations are integrated, an auxiliary clamp is not need to be added for conversion of the processes of all the stations, and the corresponding processes can be finished synchronously at all the stations, batched production can be conducted, single-machine and single-person operation is conducted, and production of 5000-8000 high-definition digital connecting lines and connectors can be achieved in each day, production efficiency is improved, and labor cost is reduced.

Description

【Technical field】 [0001] The invention relates to an assembly equipment of a high-definition digital connection line and a connector. 【Background technique】 [0002] At present, for the welding of high-definition digital cables and connectors in the market, traditional manual welding and skilled welders can only weld 300-400 such wires per person per day only in the welding process. However, the automatic welding machines on the market for welding high-definition digital cables and connectors are all multi-machine linkage, and each station needs auxiliary fixtures. The operation is time-consuming and labor-intensive. Cutting the core wire-stripping the core wire-copper wire shuttle — Pre-soaking flux — dipping tin — assembling joints — high-frequency welding, seven stations, the equipment is complicated and has many links, and it is necessary to arrange for people to work, and the operation is cumbersome. According to the production capacity of 5,000 HDMI cables per day, the...

AI Technical Summary

Problems solved by technology

[0002] At present, for the welding of high-definition digital cables and connectors in the market, traditional manual welding, skilled welders, only the welding process, each person can only weld 300-400 such wires per day

However, the automatic welding machines used for welding high-definition digital cables and connectors on the market are all multi-machine linkage, and each station needs auxiliary fixtures. The operation is time-consuming and labor-intensive. Cutting the core wire-stripping the core wire-copper wire shuttle — Pre-soaking flux — dipping tin — assembling joints — high-frequency welding, seven stations, the equipment is complicated and has many links, and it needs to arrange for people to work, and the operation is cumbersome. According to the production capacity of 5,000 HDMI cables per day, these workers About 15 skilled operators are needed

This method has low operating efficiency and high labor costs

Images